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6 Commits

Author SHA1 Message Date
Paolo Tranquilli
a4c505907f Bazel/rust: use patched tree-sitter 2024-05-08 12:03:51 +02:00
Paolo Tranquilli
f07d15de0c Merge branch 'main' into treesitter/bump 2024-05-08 05:40:20 +02:00
Tom Hvitved
796297eb19 Ruby: Update expected test output 2024-05-07 15:41:38 +02:00
Tom Hvitved
114869d52d Python: Also use tree-sitter 0.22.6 2024-05-07 10:40:01 +02:00
Tom Hvitved
67dbcb4197 Ruby: Bump codeql-extractor SHA 2024-05-07 10:32:26 +02:00
Tom Hvitved
68d1cbb2d5 Tree-sitter: Bump to 0.22.6 2024-05-07 10:26:08 +02:00
1248 changed files with 55261 additions and 70283 deletions

View File

@@ -11,8 +11,7 @@ common --override_module=semmle_code=%workspace%/misc/bazel/semmle_code_stub
build --repo_env=CC=clang --repo_env=CXX=clang++
build:linux --cxxopt=-std=c++20
# we currently cannot built the swift extractor for ARM
build:macos --cxxopt=-std=c++20 --copt=-arch --copt=x86_64 --linkopt=-arch --linkopt=x86_64
build:macos --cxxopt=-std=c++20 --cpu=darwin_x86_64
build:windows --cxxopt=/std:c++20 --cxxopt=/Zc:preprocessor
# this requires developer mode, but is required to have pack installer functioning
@@ -22,6 +21,4 @@ common --enable_runfiles
common --registry=file:///%workspace%/misc/bazel/registry
common --registry=https://bcr.bazel.build
common --@rules_dotnet//dotnet/settings:strict_deps=false
try-import %workspace%/local.bazelrc

View File

@@ -2,9 +2,3 @@
common --registry=file:///%workspace%/ql/misc/bazel/registry
common --registry=https://bcr.bazel.build
# See bazelbuild/rules_dotnet#413: strict_deps in C# also appliy to 3rd-party deps, and when we pull
# in (for example) the xunit package, there's no code in this at all, it just depends transitively on
# its implementation packages without providing any code itself.
# We either can depend on internal implementation details, or turn of strict deps.
common --@rules_dotnet//dotnet/settings:strict_deps=false

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@@ -1 +1 @@
7.1.2
7.1.0

7
.gitattributes vendored
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@@ -73,10 +73,3 @@ python/ql/lib/semmle/python/frameworks/data/internal/subclass-capture/*.yml ling
# auto-generated bazel lock file
ruby/extractor/cargo-bazel-lock.json linguist-generated=true
ruby/extractor/cargo-bazel-lock.json -merge
# auto-generated files for the C# build
csharp/paket.lock linguist-generated=true
# needs eol=crlf, as `paket` touches this file and saves it als crlf
csharp/.paket/Paket.Restore.targets linguist-generated=true eol=crlf
csharp/paket.main.bzl linguist-generated=true
csharp/paket.main_extension.bzl linguist-generated=true

View File

@@ -1,74 +0,0 @@
name: Build runzip
on:
workflow_dispatch:
inputs:
ripunzip-version:
description: "what reference to checktout from google/runzip"
required: false
default: v1.2.1
openssl-version:
description: "what reference to checkout from openssl/openssl for Linux"
required: false
default: openssl-3.3.0
jobs:
build:
strategy:
fail-fast: false
matrix:
os: [ubuntu-20.04, macos-12, windows-2019]
runs-on: ${{ matrix.os }}
steps:
- uses: actions/checkout@v4
with:
repository: google/ripunzip
ref: ${{ inputs.ripunzip-version }}
# we need to avoid ripunzip dynamically linking into libssl
# see https://github.com/sfackler/rust-openssl/issues/183
- if: runner.os == 'Linux'
name: checkout openssl
uses: actions/checkout@v4
with:
repository: openssl/openssl
path: openssl
ref: ${{ inputs.openssl-version }}
- if: runner.os == 'Linux'
name: build and install openssl with fPIC
shell: bash
working-directory: openssl
run: |
./config -fPIC --prefix=$HOME/.local --openssldir=$HOME/.local/ssl
make -j $(nproc)
make install_sw -j $(nproc)
- if: runner.os == 'Linux'
name: build (linux)
shell: bash
run: |
env OPENSSL_LIB_DIR=$HOME/.local/lib64 OPENSSL_INCLUDE_DIR=$HOME/.local/include OPENSSL_STATIC=yes cargo build --release
mv target/release/ripunzip ripunzip-linux
- if: runner.os == 'Windows'
name: build (windows)
shell: bash
run: |
cargo build --release
mv target/release/ripunzip ripunzip-windows
- name: build (macOS)
if: runner.os == 'macOS'
shell: bash
run: |
rustup target install x86_64-apple-darwin
rustup target install aarch64-apple-darwin
cargo build --target x86_64-apple-darwin --release
cargo build --target aarch64-apple-darwin --release
lipo -create -output ripunzip-macos \
-arch x86_64 target/x86_64-apple-darwin/release/ripunzip \
-arch arm64 target/aarch64-apple-darwin/release/ripunzip
- uses: actions/upload-artifact@v4
with:
name: ripunzip-${{ runner.os }}
path: ripunzip-*
- name: Check built binary
shell: bash
run: |
./ripunzip-* --version

View File

@@ -56,9 +56,7 @@ jobs:
# uses a compiled language
- run: |
cd csharp
dotnet tool restore
dotnet build .
dotnet build csharp
- name: Perform CodeQL Analysis
uses: github/codeql-action/analyze@main

View File

@@ -81,11 +81,10 @@ jobs:
dotnet-version: 8.0.101
- name: Extractor unit tests
run: |
dotnet tool restore
dotnet test -p:RuntimeFrameworkVersion=8.0.1 extractor/Semmle.Util.Tests
dotnet test -p:RuntimeFrameworkVersion=8.0.1 extractor/Semmle.Extraction.Tests
dotnet test -p:RuntimeFrameworkVersion=8.0.1 autobuilder/Semmle.Autobuild.CSharp.Tests
dotnet test -p:RuntimeFrameworkVersion=8.0.1 autobuilder/Semmle.Autobuild.Cpp.Tests
dotnet test -p:RuntimeFrameworkVersion=8.0.1 "${{ github.workspace }}/cpp/autobuilder/Semmle.Autobuild.Cpp.Tests"
shell: bash
stubgentest:
runs-on: ubuntu-latest

View File

@@ -7,6 +7,8 @@ on:
- .github/workflows/go-tests-other-os.yml
- .github/actions/**
- codeql-workspace.yml
env:
GO_VERSION: '~1.22.0'
permissions:
contents: read
@@ -16,17 +18,72 @@ jobs:
name: Test MacOS
runs-on: macos-latest
steps:
- name: Set up Go ${{ env.GO_VERSION }}
uses: actions/setup-go@v5
with:
go-version: ${{ env.GO_VERSION }}
cache: false
id: go
- name: Check out code
uses: actions/checkout@v4
- name: Run tests
uses: ./go/actions/test
- name: Set up CodeQL CLI
uses: ./.github/actions/fetch-codeql
- name: Enable problem matchers in repository
shell: bash
run: 'find .github/problem-matchers -name \*.json -exec echo "::add-matcher::{}" \;'
- name: Build
run: |
cd go
make
- name: Cache compilation cache
id: query-cache
uses: ./.github/actions/cache-query-compilation
with:
key: go-qltest
- name: Test
run: |
cd go
make test cache="${{ steps.query-cache.outputs.cache-dir }}"
test-win:
if: github.repository_owner == 'github'
name: Test Windows
runs-on: windows-latest-xl
steps:
- name: Set up Go ${{ env.GO_VERSION }}
uses: actions/setup-go@v5
with:
go-version: ${{ env.GO_VERSION }}
cache: false
id: go
- name: Check out code
uses: actions/checkout@v4
- name: Run tests
uses: ./go/actions/test
- name: Set up CodeQL CLI
uses: ./.github/actions/fetch-codeql
- name: Enable problem matchers in repository
shell: bash
run: 'find .github/problem-matchers -name \*.json -exec echo "::add-matcher::{}" \;'
- name: Build
run: |
cd go
make
- name: Cache compilation cache
id: query-cache
uses: ./.github/actions/cache-query-compilation
with:
key: go-qltest
- name: Test
run: |
cd go
make test cache="${{ steps.query-cache.outputs.cache-dir }}"

View File

@@ -16,6 +16,9 @@ on:
- .github/actions/**
- codeql-workspace.yml
env:
GO_VERSION: '~1.22.0'
permissions:
contents: read
@@ -25,9 +28,51 @@ jobs:
name: Test Linux (Ubuntu)
runs-on: ubuntu-latest-xl
steps:
- name: Set up Go ${{ env.GO_VERSION }}
uses: actions/setup-go@v5
with:
go-version: ${{ env.GO_VERSION }}
cache: false
id: go
- name: Check out code
uses: actions/checkout@v4
- name: Run tests
uses: ./go/actions/test
- name: Set up CodeQL CLI
uses: ./.github/actions/fetch-codeql
- name: Enable problem matchers in repository
shell: bash
run: 'find .github/problem-matchers -name \*.json -exec echo "::add-matcher::{}" \;'
- name: Build
run: |
cd go
make
- name: Check that all Go code is autoformatted
run: |
cd go
make check-formatting
- name: Compile qhelp files to markdown
run: |
cd go
env QHELP_OUT_DIR=qhelp-out make qhelp-to-markdown
- name: Upload qhelp markdown
uses: actions/upload-artifact@v3
with:
run-code-checks: true
name: qhelp-markdown
path: go/qhelp-out/**/*.md
- name: Cache compilation cache
id: query-cache
uses: ./.github/actions/cache-query-compilation
with:
key: go-qltest
- name: Test
run: |
cd go
make test cache="${{ steps.query-cache.outputs.cache-dir }}"

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@@ -29,13 +29,12 @@ repos:
entry: bazel run //misc/bazel:buildifier
pass_filenames: false
# DISABLED: can be enabled by copying this config and installing `pre-commit` with `--config` on the copy
# - id: go-gen
# name: Check checked in generated files in go
# files: ^go/.*
# language: system
# entry: bazel run //go:gen
# pass_filenames: false
- id: go-gen
name: Check checked in generated files in go
files: ^go/.*
language: system
entry: bazel run //go:gen
pass_filenames: false
- id: codeql-format
name: Fix QL file formatting

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@@ -1 +0,0 @@
exports_files(["LICENSE"])

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@@ -1,7 +1,6 @@
/cpp/ @github/codeql-c-analysis
/cpp/autobuilder/ @github/codeql-c-extractor
/csharp/ @github/codeql-csharp
/csharp/autobuilder/Semmle.Autobuild.Cpp @github/codeql-c-extractor
/csharp/autobuilder/Semmle.Autobuild.Cpp.Tests @github/codeql-c-extractor
/go/ @github/codeql-go
/java/ @github/codeql-java
/javascript/ @github/codeql-javascript

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@@ -4,8 +4,6 @@ We welcome contributions to our CodeQL libraries and queries. Got an idea for a
There is lots of useful documentation to help you write queries, ranging from information about query file structure to tutorials for specific target languages. For more information on the documentation available, see [CodeQL queries](https://codeql.github.com/docs/writing-codeql-queries/codeql-queries) on [codeql.github.com](https://codeql.github.com).
Note that the CodeQL for Visual Studio Code documentation has been migrated to https://docs.github.com/en/code-security/codeql-for-vs-code/, but you can still contribute to it via a different repository. For more information, see [Contributing to GitHub Docs documentation](https://docs.github.com/en/contributing)."
## Change notes
Any nontrivial user-visible change to a query pack or library pack should have a change note. For details on how to add a change note for your change, see [this guide](docs/change-notes.md).
@@ -45,7 +43,7 @@ If you have an idea for a query that you would like to share with other CodeQL u
3. **Formatting**
- The queries and libraries must be autoformatted, for example using the "Format Document" command in [CodeQL for Visual Studio Code](https://docs.github.com/en/code-security/codeql-for-vs-code/).
- The queries and libraries must be autoformatted, for example using the "Format Document" command in [CodeQL for Visual Studio Code](https://codeql.github.com/docs/codeql-for-visual-studio-code/about-codeql-for-visual-studio-code).
If you prefer, you can either:
1. install the [pre-commit framework](https://pre-commit.com/) and install the configured hooks on this repo via `pre-commit install`, or

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@@ -23,19 +23,9 @@ bazel_dep(name = "abseil-cpp", version = "20240116.0", repo_name = "absl")
bazel_dep(name = "nlohmann_json", version = "3.11.3", repo_name = "json")
bazel_dep(name = "fmt", version = "10.0.0")
bazel_dep(name = "gazelle", version = "0.36.0")
bazel_dep(name = "rules_dotnet", version = "0.15.1")
bazel_dep(name = "buildifier_prebuilt", version = "6.4.0", dev_dependency = True)
dotnet = use_extension("@rules_dotnet//dotnet:extensions.bzl", "dotnet")
dotnet.toolchain(dotnet_version = "8.0.101")
use_repo(dotnet, "dotnet_toolchains")
register_toolchains("@dotnet_toolchains//:all")
csharp_main_extension = use_extension("//csharp:paket.main_extension.bzl", "main_extension")
use_repo(csharp_main_extension, "paket.main")
pip = use_extension("@rules_python//python/extensions:pip.bzl", "pip")
pip.parse(
hub_name = "codegen_deps",

View File

@@ -4,7 +4,7 @@ This open source repository contains the standard CodeQL libraries and queries t
## How do I learn CodeQL and run queries?
There is extensive documentation about the [CodeQL language](https://codeql.github.com/docs/), writing CodeQL using the [CodeQL extension for Visual Studio Code](https://docs.github.com/en/code-security/codeql-for-vs-code/) and using the [CodeQL CLI](https://docs.github.com/en/code-security/codeql-cli).
There is [extensive documentation](https://codeql.github.com/docs/) on getting started with writing CodeQL using the [CodeQL extension for Visual Studio Code](https://codeql.github.com/docs/codeql-for-visual-studio-code/) and the [CodeQL CLI](https://codeql.github.com/docs/codeql-cli/).
## Contributing

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@@ -28,7 +28,6 @@
"/*- Yaml dbscheme -*/",
"/*- Blame dbscheme -*/",
"/*- JSON dbscheme -*/",
"/*- Python dbscheme -*/",
"/*- Empty location -*/"
"/*- Python dbscheme -*/"
]
}

View File

@@ -364,9 +364,5 @@
"Python model summaries test extension": [
"python/ql/test/library-tests/dataflow/model-summaries/InlineTaintTest.ext.yml",
"python/ql/test/library-tests/dataflow/model-summaries/NormalDataflowTest.ext.yml"
],
"shared tree-sitter extractor cargo.toml": [
"shared/tree-sitter-extractor/Cargo.toml",
"ruby/extractor/codeql-extractor-fake-crate/Cargo.toml"
]
}

13
cpp/autobuilder/.gitignore vendored Normal file
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@@ -0,0 +1,13 @@
obj/
TestResults/
*.manifest
*.pdb
*.suo
*.mdb
*.vsmdi
csharp.log
**/bin/Debug
**/bin/Release
*.tlog
.vs
*.user

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@@ -1 +0,0 @@
The Windows autobuilder that used to live in this directory moved to `csharp/autobuilder/Semmle.Autobuild.Cpp`.

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@@ -200,9 +200,9 @@ namespace Semmle.Autobuild.Cpp.Tests
internal class TestDiagnosticWriter : IDiagnosticsWriter
{
public IList<Semmle.Util.DiagnosticMessage> Diagnostics { get; } = new List<Semmle.Util.DiagnosticMessage>();
public IList<DiagnosticMessage> Diagnostics { get; } = new List<DiagnosticMessage>();
public void AddEntry(Semmle.Util.DiagnosticMessage message) => this.Diagnostics.Add(message);
public void AddEntry(DiagnosticMessage message) => this.Diagnostics.Add(message);
public void Dispose() { }
}

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@@ -0,0 +1,26 @@
<Project Sdk="Microsoft.NET.Sdk">
<PropertyGroup>
<OutputType>Exe</OutputType>
<TargetFramework>net8.0</TargetFramework>
<GenerateAssemblyInfo>false</GenerateAssemblyInfo>
<RuntimeIdentifiers>win-x64;linux-x64;osx-x64</RuntimeIdentifiers>
<Nullable>enable</Nullable>
</PropertyGroup>
<ItemGroup>
<PackageReference Include="System.IO.FileSystem" Version="4.3.0" />
<PackageReference Include="System.IO.FileSystem.Primitives" Version="4.3.0" />
<PackageReference Include="xunit" Version="2.6.2" />
<PackageReference Include="xunit.runner.visualstudio" Version="2.5.4">
<PrivateAssets>all</PrivateAssets>
<IncludeAssets>runtime; build; native; contentfiles; analyzers</IncludeAssets>
</PackageReference>
<PackageReference Include="Microsoft.NET.Test.Sdk" Version="17.8.0" />
</ItemGroup>
<ItemGroup>
<ProjectReference Include="..\Semmle.Autobuild.Cpp\Semmle.Autobuild.Cpp.csproj" />
<ProjectReference Include="..\..\..\csharp\autobuilder\Semmle.Autobuild.Shared\Semmle.Autobuild.Shared.csproj" />
</ItemGroup>
</Project>

View File

@@ -0,0 +1,32 @@
using System.Reflection;
using System.Runtime.InteropServices;
// General Information about an assembly is controlled through the following
// set of attributes. Change these attribute values to modify the information
// associated with an assembly.
[assembly: AssemblyTitle("Semmle.Autobuild.Cpp")]
[assembly: AssemblyDescription("")]
[assembly: AssemblyConfiguration("")]
[assembly: AssemblyCompany("GitHub")]
[assembly: AssemblyProduct("CodeQL autobuilder for C++")]
[assembly: AssemblyCopyright("Copyright © GitHub 2020")]
[assembly: AssemblyTrademark("")]
[assembly: AssemblyCulture("")]
// Setting ComVisible to false makes the types in this assembly not visible
// to COM components. If you need to access a type in this assembly from
// COM, set the ComVisible attribute to true on that type.
[assembly: ComVisible(false)]
// Version information for an assembly consists of the following four values:
//
// Major Version
// Minor Version
// Build Number
// Revision
//
// You can specify all the values or you can default the Build and Revision Numbers
// by using the '*' as shown below:
// [assembly: AssemblyVersion("1.0.*")]
[assembly: AssemblyVersion("1.0.0.0")]
[assembly: AssemblyFileVersion("1.0.0.0")]

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@@ -0,0 +1,28 @@
<Project Sdk="Microsoft.NET.Sdk">
<PropertyGroup>
<TargetFramework>net8.0</TargetFramework>
<AssemblyName>Semmle.Autobuild.Cpp</AssemblyName>
<RootNamespace>Semmle.Autobuild.Cpp</RootNamespace>
<ApplicationIcon />
<OutputType>Exe</OutputType>
<StartupObject />
<GenerateAssemblyInfo>false</GenerateAssemblyInfo>
<RuntimeIdentifiers>win-x64;linux-x64;osx-x64</RuntimeIdentifiers>
<Nullable>enable</Nullable>
</PropertyGroup>
<ItemGroup>
<Folder Include="Properties\" />
</ItemGroup>
<ItemGroup>
<PackageReference Include="Microsoft.Build" Version="17.8.3" />
</ItemGroup>
<ItemGroup>
<ProjectReference Include="..\..\..\csharp\extractor\Semmle.Util\Semmle.Util.csproj" />
<ProjectReference Include="..\..\..\csharp\autobuilder\Semmle.Autobuild.Shared\Semmle.Autobuild.Shared.csproj" />
</ItemGroup>
</Project>

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@@ -1,4 +1,4 @@
description: Revert support for repeated initializers, which are allowed in C with designated initializers.
compatibility: full
aggregate_field_init.rel: reorder aggregate_field_init.rel (@aggregateliteral aggregate, @expr initializer, @membervariable field, int position) aggregate initializer field
aggregate_array_init.rel: reorder aggregate_array_init.rel (@aggregateliteral aggregate, @expr initializer, int element_index, int position) aggregate initializer element_index
aggregate_field_init.rel: reorder aggregate_field_init.rel (int aggregate, int initializer, int field, int position) aggregate initializer field
aggregate_array_init.rel: reorder aggregate_array_init.rel (int aggregate, int initializer, int element_index, int position) aggregate initializer element_index

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@@ -1,7 +1,3 @@
## 0.13.1
No user-facing changes.
## 0.13.0
### Breaking Changes

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@@ -1,4 +0,0 @@
---
category: breaking
---
* CodeQL package management is now generally available, and all GitHub-produced CodeQL packages have had their version numbers increased to 1.0.0.

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@@ -1,3 +0,0 @@
## 0.13.1
No user-facing changes.

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@@ -1,2 +1,2 @@
---
lastReleaseVersion: 0.13.1
lastReleaseVersion: 0.13.0

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@@ -1,5 +1,5 @@
name: codeql/cpp-all
version: 1.0.0-dev
version: 0.13.1-dev
groups: cpp
dbscheme: semmlecode.cpp.dbscheme
extractor: cpp

View File

@@ -565,7 +565,7 @@ class IRGuardCondition extends Instruction {
/** Holds if (determined by this guard) `op == k` evaluates to `areEqual` if this expression evaluates to `value`. */
cached
predicate comparesEq(Operand op, int k, boolean areEqual, AbstractValue value) {
unary_compares_eq(this, op, k, areEqual, false, value)
compares_eq(this, op, k, areEqual, value)
}
/**
@@ -586,7 +586,7 @@ class IRGuardCondition extends Instruction {
cached
predicate ensuresEq(Operand op, int k, IRBlock block, boolean areEqual) {
exists(AbstractValue value |
unary_compares_eq(this, op, k, areEqual, false, value) and this.valueControls(block, value)
compares_eq(this, op, k, areEqual, value) and this.valueControls(block, value)
)
}
@@ -611,7 +611,7 @@ class IRGuardCondition extends Instruction {
cached
predicate ensuresEqEdge(Operand op, int k, IRBlock pred, IRBlock succ, boolean areEqual) {
exists(AbstractValue value |
unary_compares_eq(this, op, k, areEqual, false, value) and
compares_eq(this, op, k, areEqual, value) and
this.valueControlsEdge(pred, succ, value)
)
}
@@ -737,66 +737,26 @@ private predicate compares_eq(
)
}
/**
* Holds if `op == k` is `areEqual` given that `test` is equal to `value`.
*
* Many internal predicates in this file have a `inNonZeroCase` column.
* Ideally, the `k` column would be a type such as `Option<int>::Option`, to
* represent whether we have a concrete value `k` such that `op == k`, or whether
* we only know that `op != 0`.
* However, cannot instantiate `Option` with an infinite type. Thus the boolean
* `inNonZeroCase` is used to distinquish the `Some` (where we have a concrete
* value `k`) and `None` cases (where we only know that `op != 0`).
*
* Thus, if `inNonZeroCase = true` then `op != 0` and the value of `k` is
* meaningless.
*
* To see why `inNonZeroCase` is needed consider the following C program:
* ```c
* char* p = ...;
* if(p) {
* use(p);
* }
* ```
* in C++ there would be an int-to-bool conversion on `p`. However, since C
* does not have booleans there is no conversion. We want to be able to
* conclude that `p` is non-zero in the true branch, so we need to give `k`
* some value. However, simply setting `k = 1` would make the rest of the
* analysis think that `k == 1` holds inside the branch. So we distinquish
* between the above case and
* ```c
* if(p == 1) {
* use(p)
* }
* ```
* by setting `inNonZeroCase` to `true` in the former case, but not in the
* latter.
*/
private predicate unary_compares_eq(
Instruction test, Operand op, int k, boolean areEqual, boolean inNonZeroCase, AbstractValue value
/** Holds if `op == k` is `areEqual` given that `test` is equal to `value`. */
private predicate compares_eq(
Instruction test, Operand op, int k, boolean areEqual, AbstractValue value
) {
/* The simple case where the test *is* the comparison so areEqual = testIsTrue xor eq. */
exists(AbstractValue v | unary_simple_comparison_eq(test, op, k, inNonZeroCase, v) |
exists(AbstractValue v | simple_comparison_eq(test, op, k, v) |
areEqual = true and value = v
or
areEqual = false and value = v.getDualValue()
)
or
unary_complex_eq(test, op, k, areEqual, inNonZeroCase, value)
complex_eq(test, op, k, areEqual, value)
or
/* (x is true => (op == k)) => (!x is false => (op == k)) */
exists(AbstractValue dual, boolean inNonZeroCase0 |
value = dual.getDualValue() and
unary_compares_eq(test.(LogicalNotInstruction).getUnary(), op, k, inNonZeroCase0, areEqual, dual)
|
k = 0 and inNonZeroCase = inNonZeroCase0
or
k != 0 and inNonZeroCase = true
exists(AbstractValue dual | value = dual.getDualValue() |
compares_eq(test.(LogicalNotInstruction).getUnary(), op, k, areEqual, dual)
)
or
// ((test is `areEqual` => op == const + k2) and const == `k1`) =>
// test is `areEqual` => op == k1 + k2
inNonZeroCase = false and
exists(int k1, int k2, ConstantInstruction const |
compares_eq(test, op, const.getAUse(), k2, areEqual, value) and
int_value(const) = k1 and
@@ -821,53 +781,35 @@ private predicate simple_comparison_eq(
value.(BooleanValue).getValue() = false
}
/**
* Holds if `test` is an instruction that is part of test that eventually is
* used in a conditional branch.
*/
private predicate relevantUnaryComparison(Instruction test) {
not test instanceof CompareInstruction and
exists(IRType type, ConditionalBranchInstruction branch |
type instanceof IRAddressType or type instanceof IRIntegerType
|
type = test.getResultIRType() and
branch.getCondition() = test
)
or
exists(LogicalNotInstruction logicalNot |
relevantUnaryComparison(logicalNot) and
test = logicalNot.getUnary()
)
}
/**
* Rearrange various simple comparisons into `op == k` form.
*/
private predicate unary_simple_comparison_eq(
Instruction test, Operand op, int k, boolean inNonZeroCase, AbstractValue value
) {
/** Rearrange various simple comparisons into `op == k` form. */
private predicate simple_comparison_eq(Instruction test, Operand op, int k, AbstractValue value) {
exists(SwitchInstruction switch, CaseEdge case |
test = switch.getExpression() and
op.getDef() = test and
case = value.(MatchValue).getCase() and
exists(switch.getSuccessor(case)) and
case.getValue().toInt() = k and
inNonZeroCase = false
case.getValue().toInt() = k
)
or
// There's no implicit CompareInstruction in files compiled as C since C
// doesn't have implicit boolean conversions. So instead we check whether
// there's a branch on a value of pointer or integer type.
relevantUnaryComparison(test) and
op.getDef() = test and
(
k = 1 and
value.(BooleanValue).getValue() = true and
inNonZeroCase = true
or
exists(ConditionalBranchInstruction branch, IRType type |
not test instanceof CompareInstruction and
type = test.getResultIRType() and
(type instanceof IRAddressType or type instanceof IRIntegerType) and
test = branch.getCondition() and
op.getDef() = test
|
// We'd like to also include a case such as:
// ```
// k = 1 and
// value.(BooleanValue).getValue() = true
// ```
// but all we know is that the value is non-zero in the true branch.
// So we can only conclude something in the false branch.
k = 0 and
value.(BooleanValue).getValue() = false and
inNonZeroCase = false
value.(BooleanValue).getValue() = false
)
}
@@ -879,12 +821,12 @@ private predicate complex_eq(
add_eq(cmp, left, right, k, areEqual, value)
}
private predicate unary_complex_eq(
Instruction test, Operand op, int k, boolean areEqual, boolean inNonZeroCase, AbstractValue value
private predicate complex_eq(
Instruction test, Operand op, int k, boolean areEqual, AbstractValue value
) {
unary_sub_eq(test, op, k, areEqual, inNonZeroCase, value)
sub_eq(test, op, k, areEqual, value)
or
unary_add_eq(test, op, k, areEqual, inNonZeroCase, value)
add_eq(test, op, k, areEqual, value)
}
/*
@@ -1148,20 +1090,16 @@ private predicate sub_eq(
}
// op - x == c => op == (c+x)
private predicate unary_sub_eq(
Instruction test, Operand op, int k, boolean areEqual, boolean inNonZeroCase, AbstractValue value
) {
inNonZeroCase = false and
private predicate sub_eq(Instruction test, Operand op, int k, boolean areEqual, AbstractValue value) {
exists(SubInstruction sub, int c, int x |
unary_compares_eq(test, sub.getAUse(), c, areEqual, inNonZeroCase, value) and
compares_eq(test, sub.getAUse(), c, areEqual, value) and
op = sub.getLeftOperand() and
x = int_value(sub.getRight()) and
k = c + x
)
or
inNonZeroCase = false and
exists(PointerSubInstruction sub, int c, int x |
unary_compares_eq(test, sub.getAUse(), c, areEqual, inNonZeroCase, value) and
compares_eq(test, sub.getAUse(), c, areEqual, value) and
op = sub.getLeftOperand() and
x = int_value(sub.getRight()) and
k = c + x
@@ -1215,13 +1153,11 @@ private predicate add_eq(
}
// left + x == right + c => left == right + (c-x)
private predicate unary_add_eq(
Instruction test, Operand left, int k, boolean areEqual, boolean inNonZeroCase,
AbstractValue value
private predicate add_eq(
Instruction test, Operand left, int k, boolean areEqual, AbstractValue value
) {
inNonZeroCase = false and
exists(AddInstruction lhs, int c, int x |
unary_compares_eq(test, lhs.getAUse(), c, areEqual, inNonZeroCase, value) and
compares_eq(test, lhs.getAUse(), c, areEqual, value) and
(
left = lhs.getLeftOperand() and x = int_value(lhs.getRight())
or
@@ -1230,9 +1166,8 @@ private predicate unary_add_eq(
k = c - x
)
or
inNonZeroCase = false and
exists(PointerAddInstruction lhs, int c, int x |
unary_compares_eq(test, lhs.getAUse(), c, areEqual, inNonZeroCase, value) and
compares_eq(test, lhs.getAUse(), c, areEqual, value) and
(
left = lhs.getLeftOperand() and x = int_value(lhs.getRight())
or

View File

@@ -9,7 +9,7 @@ private import DataFlowUtil
/**
* Gets a function that might be called by `call`.
*/
DataFlowCallable viableCallable(DataFlowCall call) {
Function viableCallable(DataFlowCall call) {
result = call.(Call).getTarget()
or
// If the target of the call does not have a body in the snapshot, it might

View File

@@ -242,17 +242,7 @@ class CastNode extends Node {
CastNode() { none() } // stub implementation
}
class DataFlowCallable extends Function {
/** Gets a best-effort total ordering. */
int totalorder() {
this =
rank[result](DataFlowCallable c, string file, int startline, int startcolumn |
c.getLocation().hasLocationInfo(file, startline, startcolumn, _, _)
|
c order by file, startline, startcolumn
)
}
}
class DataFlowCallable = Function;
class DataFlowExpr = Expr;
@@ -271,28 +261,10 @@ class DataFlowCall extends Expr instanceof Call {
ExprNode getNode() { result.getExpr() = this }
/** Gets the enclosing callable of this call. */
DataFlowCallable getEnclosingCallable() { result = this.getEnclosingFunction() }
/** Gets a best-effort total ordering. */
int totalorder() {
this =
rank[result](DataFlowCall c, int startline, int startcolumn |
c.getLocation().hasLocationInfo(_, startline, startcolumn, _, _)
|
c order by startline, startcolumn
)
}
Function getEnclosingCallable() { result = this.getEnclosingFunction() }
}
class NodeRegion instanceof Unit {
string toString() { result = "NodeRegion" }
predicate contains(Node n) { none() }
int totalOrder() { result = 1 }
}
predicate isUnreachableInCall(NodeRegion nr, DataFlowCall call) { none() } // stub implementation
predicate isUnreachableInCall(Node n, DataFlowCall call) { none() } // stub implementation
/**
* Holds if access paths with `c` at their head always should be tracked at high

View File

@@ -1062,16 +1062,6 @@ class DataFlowCallable extends TDataFlowCallable {
result = this.asSummarizedCallable() or // SummarizedCallable = Function (in CPP)
result = this.asSourceCallable()
}
/** Gets a best-effort total ordering. */
int totalorder() {
this =
rank[result](DataFlowCallable c, string file, int startline, int startcolumn |
c.getLocation().hasLocationInfo(file, startline, startcolumn, _, _)
|
c order by file, startline, startcolumn
)
}
}
/**
@@ -1169,16 +1159,6 @@ class DataFlowCall extends TDataFlowCall {
* Gets the location of this call.
*/
Location getLocation() { none() }
/** Gets a best-effort total ordering. */
int totalorder() {
this =
rank[result](DataFlowCall c, int startline, int startcolumn |
c.getLocation().hasLocationInfo(_, startline, startcolumn, _, _)
|
c order by startline, startcolumn
)
}
}
/**
@@ -1267,53 +1247,43 @@ module IsUnreachableInCall {
any(G::IRGuardCondition guard).ensuresLt(left, right, k, block, areEqual)
}
class NodeRegion instanceof IRBlock {
string toString() { result = "NodeRegion" }
predicate contains(Node n) { this = n.getBasicBlock() }
int totalOrder() {
this =
rank[result](IRBlock b, int startline, int startcolumn |
b.getLocation().hasLocationInfo(_, startline, startcolumn, _, _)
|
b order by startline, startcolumn
)
}
}
predicate isUnreachableInCall(NodeRegion block, DataFlowCall call) {
predicate isUnreachableInCall(Node n, DataFlowCall call) {
exists(
InstructionDirectParameterNode paramNode, ConstantIntegralTypeArgumentNode arg,
IntegerConstantInstruction constant, int k, Operand left, Operand right, int argval
IntegerConstantInstruction constant, int k, Operand left, Operand right, IRBlock block
|
// arg flows into `paramNode`
DataFlowImplCommon::viableParamArg(call, pragma[only_bind_into](paramNode),
pragma[only_bind_into](arg)) and
DataFlowImplCommon::viableParamArg(call, paramNode, arg) and
left = constant.getAUse() and
right = valueNumber(paramNode.getInstruction()).getAUse() and
argval = arg.getValue()
block = n.getBasicBlock()
|
// and there's a guard condition which ensures that the result of `left == right + k` is `areEqual`
exists(boolean areEqual | ensuresEq(left, right, k, block, areEqual) |
exists(boolean areEqual |
ensuresEq(pragma[only_bind_into](left), pragma[only_bind_into](right),
pragma[only_bind_into](k), pragma[only_bind_into](block), areEqual)
|
// this block ensures that left = right + k, but it holds that `left != right + k`
areEqual = true and
constant.getValue().toInt() != argval + k
constant.getValue().toInt() != arg.getValue() + k
or
// this block ensures that or `left != right + k`, but it holds that `left = right + k`
areEqual = false and
constant.getValue().toInt() = argval + k
constant.getValue().toInt() = arg.getValue() + k
)
or
// or there's a guard condition which ensures that the result of `left < right + k` is `isLessThan`
exists(boolean isLessThan | ensuresLt(left, right, k, block, isLessThan) |
exists(boolean isLessThan |
ensuresLt(pragma[only_bind_into](left), pragma[only_bind_into](right),
pragma[only_bind_into](k), pragma[only_bind_into](block), isLessThan)
|
isLessThan = true and
// this block ensures that `left < right + k`, but it holds that `left >= right + k`
constant.getValue().toInt() >= argval + k
constant.getValue().toInt() >= arg.getValue() + k
or
// this block ensures that `left >= right + k`, but it holds that `left < right + k`
isLessThan = false and
constant.getValue().toInt() < argval + k
constant.getValue().toInt() < arg.getValue() + k
)
)
}

View File

@@ -546,7 +546,7 @@ module ProductFlow {
Flow1::PathGraph::edges(pred1, succ1, _, _) and
exists(ReturnKindExt returnKind |
succ1.getNode() = returnKind.getAnOutNode(call) and
paramReturnNode(_, pred1.asParameterReturnNode(), _, returnKind)
pred1.getNode().(ReturnNodeExt).getKind() = returnKind
)
}
@@ -574,7 +574,7 @@ module ProductFlow {
Flow2::PathGraph::edges(pred2, succ2, _, _) and
exists(ReturnKindExt returnKind |
succ2.getNode() = returnKind.getAnOutNode(call) and
paramReturnNode(_, pred2.asParameterReturnNode(), _, returnKind)
pred2.getNode().(ReturnNodeExt).getKind() = returnKind
)
}

View File

@@ -9,7 +9,6 @@ private import semmle.code.cpp.models.interfaces.PartialFlow as PartialFlow
private import semmle.code.cpp.models.interfaces.FunctionInputsAndOutputs as FIO
private import semmle.code.cpp.ir.internal.IRCppLanguage
private import semmle.code.cpp.ir.dataflow.internal.ModelUtil
private import semmle.code.cpp.ir.implementation.raw.internal.TranslatedInitialization
private import DataFlowPrivate
import SsaInternalsCommon
@@ -105,8 +104,8 @@ predicate hasRawIndirectInstruction(Instruction instr, int indirectionIndex) {
cached
private newtype TDefImpl =
TDefAddressImpl(BaseIRVariable v) or
TDirectDefImpl(Operand address, int indirectionIndex) {
isDef(_, _, address, _, _, indirectionIndex)
TDirectDefImpl(BaseSourceVariableInstruction base, Operand address, int indirectionIndex) {
isDef(_, _, address, base, _, indirectionIndex)
} or
TGlobalDefImpl(GlobalLikeVariable v, IRFunction f, int indirectionIndex) {
// Represents the initial "definition" of a global variable when entering
@@ -116,8 +115,8 @@ private newtype TDefImpl =
cached
private newtype TUseImpl =
TDirectUseImpl(Operand operand, int indirectionIndex) {
isUse(_, operand, _, _, indirectionIndex) and
TDirectUseImpl(BaseSourceVariableInstruction base, Operand operand, int indirectionIndex) {
isUse(_, operand, base, _, indirectionIndex) and
not isDef(true, _, operand, _, _, _)
} or
TGlobalUse(GlobalLikeVariable v, IRFunction f, int indirectionIndex) {
@@ -211,11 +210,19 @@ abstract class DefImpl extends TDefImpl {
*/
abstract int getIndirection();
/**
* Gets the instruction that computes the base of this definition or use.
* This is always a `VariableAddressInstruction` or an `CallInstruction`.
*/
abstract BaseSourceVariableInstruction getBase();
/**
* Gets the base source variable (i.e., the variable without
* any indirection) of this definition or use.
*/
abstract BaseSourceVariable getBaseSourceVariable();
final BaseSourceVariable getBaseSourceVariable() {
this.getBase().getBaseSourceVariable() = result
}
/** Gets the variable that is defined or used. */
SourceVariable getSourceVariable() {
@@ -275,11 +282,19 @@ abstract class UseImpl extends TUseImpl {
/** Gets the indirection index of this use. */
final int getIndirectionIndex() { result = indirectionIndex }
/**
* Gets the instruction that computes the base of this definition or use.
* This is always a `VariableAddressInstruction` or an `CallInstruction`.
*/
abstract BaseSourceVariableInstruction getBase();
/**
* Gets the base source variable (i.e., the variable without
* any indirection) of this definition or use.
*/
abstract BaseSourceVariable getBaseSourceVariable();
final BaseSourceVariable getBaseSourceVariable() {
this.getBase().getBaseSourceVariable() = result
}
/** Gets the variable that is defined or used. */
SourceVariable getSourceVariable() {
@@ -314,17 +329,6 @@ private predicate sourceVariableHasBaseAndIndex(SourceVariable v, BaseSourceVari
v.getIndirection() = ind
}
/**
* Gets the instruction that computes the address that's used to
* initialize `v`.
*/
private Instruction getInitializationTargetAddress(IRVariable v) {
exists(TranslatedVariableInitialization init |
init.getIRVariable() = v and
result = init.getTargetAddress()
)
}
/** An initial definition of an `IRVariable`'s address. */
private class DefAddressImpl extends DefImpl, TDefAddressImpl {
BaseIRVariable v;
@@ -343,15 +347,8 @@ private class DefAddressImpl extends DefImpl, TDefAddressImpl {
final override Node0Impl getValue() { none() }
final override predicate hasIndexInBlock(IRBlock block, int index) {
exists(IRVariable var | var = v.getIRVariable() |
block.getInstruction(index) = getInitializationTargetAddress(var)
or
// If there is no translatated element that does initialization of the
// variable we place the SSA definition at the entry block of the function.
not exists(getInitializationTargetAddress(var)) and
block = var.getEnclosingIRFunction().getEntryBlock() and
index = 0
)
block = v.getIRVariable().getEnclosingIRFunction().getEntryBlock() and
index = 0
}
override Cpp::Location getLocation() { result = v.getIRVariable().getLocation() }
@@ -361,13 +358,14 @@ private class DefAddressImpl extends DefImpl, TDefAddressImpl {
result.getIndirection() = 0
}
final override BaseSourceVariable getBaseSourceVariable() { result = v }
final override BaseSourceVariableInstruction getBase() { none() }
}
private class DirectDef extends DefImpl, TDirectDefImpl {
Operand address;
BaseSourceVariableInstruction base;
DirectDef() { this = TDirectDefImpl(address, indirectionIndex) }
DirectDef() { this = TDirectDefImpl(base, address, indirectionIndex) }
override Cpp::Location getLocation() { result = this.getAddressOperand().getUse().getLocation() }
@@ -379,36 +377,30 @@ private class DirectDef extends DefImpl, TDirectDefImpl {
override Operand getAddressOperand() { result = address }
private BaseSourceVariableInstruction getBase() {
isDef(_, _, address, result, _, indirectionIndex)
}
override BaseSourceVariableInstruction getBase() { result = base }
override BaseSourceVariable getBaseSourceVariable() {
result = this.getBase().getBaseSourceVariable()
}
override int getIndirection() { isDef(_, _, address, base, result, indirectionIndex) }
override int getIndirection() { isDef(_, _, address, _, result, indirectionIndex) }
override Node0Impl getValue() { isDef(_, result, address, base, _, _) }
override Node0Impl getValue() { isDef(_, result, address, _, _, _) }
override predicate isCertain() { isDef(true, _, address, _, _, indirectionIndex) }
override predicate isCertain() { isDef(true, _, address, base, _, indirectionIndex) }
}
private class DirectUseImpl extends UseImpl, TDirectUseImpl {
Operand operand;
BaseSourceVariableInstruction base;
DirectUseImpl() { this = TDirectUseImpl(operand, indirectionIndex) }
DirectUseImpl() { this = TDirectUseImpl(base, operand, indirectionIndex) }
override string toString() { result = "Use of " + this.getSourceVariable() }
final override predicate hasIndexInBlock(IRBlock block, int index) {
// See the comment in `ssa0`'s `OperandBasedUse` for an explanation of this
// predicate's implementation.
if this.getBase().getAst() = any(Cpp::PostfixCrementOperation c).getOperand()
if base.getAst() = any(Cpp::PostfixCrementOperation c).getOperand()
then
exists(Operand op, int indirection, Instruction base |
exists(Operand op, int indirection |
indirection = this.getIndirection() and
base = this.getBase() and
op =
min(Operand cand, int i |
isUse(_, cand, base, indirection, indirectionIndex) and
@@ -421,19 +413,15 @@ private class DirectUseImpl extends UseImpl, TDirectUseImpl {
else operand.getUse() = block.getInstruction(index)
}
private BaseSourceVariableInstruction getBase() { isUse(_, operand, result, _, indirectionIndex) }
override BaseSourceVariable getBaseSourceVariable() {
result = this.getBase().getBaseSourceVariable()
}
final override BaseSourceVariableInstruction getBase() { result = base }
final Operand getOperand() { result = operand }
final override Cpp::Location getLocation() { result = operand.getLocation() }
override int getIndirection() { isUse(_, operand, _, result, indirectionIndex) }
override int getIndirection() { isUse(_, operand, base, result, indirectionIndex) }
override predicate isCertain() { isUse(true, operand, _, _, indirectionIndex) }
override predicate isCertain() { isUse(true, operand, base, _, indirectionIndex) }
override Node getNode() { nodeHasOperand(result, operand, indirectionIndex) }
}
@@ -492,7 +480,13 @@ class FinalParameterUse extends UseImpl, TFinalParameterUse {
result instanceof UnknownDefaultLocation
}
override BaseIRVariable getBaseSourceVariable() { result.getIRVariable().getAst() = p }
override BaseSourceVariableInstruction getBase() {
exists(InitializeParameterInstruction init |
init.getParameter() = p and
// This is always a `VariableAddressInstruction`
result = init.getAnOperand().getDef()
)
}
}
/**
@@ -578,8 +572,8 @@ class GlobalUse extends UseImpl, TGlobalUse {
)
}
override BaseSourceVariable getBaseSourceVariable() {
baseSourceVariableIsGlobal(result, global, f)
override SourceVariable getSourceVariable() {
sourceVariableIsGlobal(result, global, f, this.getIndirection())
}
final override Cpp::Location getLocation() { result = f.getLocation() }
@@ -596,6 +590,8 @@ class GlobalUse extends UseImpl, TGlobalUse {
Type getUnderlyingType() { result = global.getUnderlyingType() }
override predicate isCertain() { any() }
override BaseSourceVariableInstruction getBase() { none() }
}
/**
@@ -625,8 +621,8 @@ class GlobalDefImpl extends DefImpl, TGlobalDefImpl {
}
/** Gets the global variable associated with this definition. */
override BaseSourceVariable getBaseSourceVariable() {
baseSourceVariableIsGlobal(result, global, f)
override SourceVariable getSourceVariable() {
sourceVariableIsGlobal(result, global, f, this.getIndirection())
}
override int getIndirection() { result = indirectionIndex }
@@ -649,6 +645,8 @@ class GlobalDefImpl extends DefImpl, TGlobalDefImpl {
override string toString() { result = "Def of " + this.getSourceVariable() }
override Location getLocation() { result = f.getLocation() }
override BaseSourceVariableInstruction getBase() { none() }
}
/**
@@ -961,10 +959,11 @@ predicate fromPhiNode(SsaPhiNode nodeFrom, Node nodeTo) {
)
}
private predicate baseSourceVariableIsGlobal(
BaseIRVariable base, GlobalLikeVariable global, IRFunction func
private predicate sourceVariableIsGlobal(
SourceVariable sv, GlobalLikeVariable global, IRFunction func, int indirectionIndex
) {
exists(IRVariable irVar |
exists(IRVariable irVar, BaseIRVariable base |
sourceVariableHasBaseAndIndex(sv, base, indirectionIndex) and
irVar = base.getIRVariable() and
irVar.getEnclosingIRFunction() = func and
global = irVar.getAst() and

View File

@@ -830,12 +830,6 @@ newtype TTranslatedElement =
not ignoreExpr(dc)
)
} or
// The set of destructors to invoke after a handler for a `try` statement. These
// need to be special cased because the destructors need to run following an
// `ExceptionEdge`, but not following a `GotoEdge` edge.
TTranslatedDestructorsAfterHandler(Handler handler) {
exists(handler.getAnImplicitDestructorCall())
} or
// A precise side effect of an argument to a `Call`
TTranslatedArgumentExprSideEffect(Call call, Expr expr, int n, SideEffectOpcode opcode) {
not ignoreExpr(expr) and

View File

@@ -1844,6 +1844,9 @@ class TranslatedAssignExpr extends TranslatedNonConstantExpr {
child = this.getRightOperand() and
result = this.getLeftOperand().getFirstInstruction(kind)
or
child = this.getRightOperand() and
result = this.getLeftOperand().getFirstInstruction(kind)
or
kind instanceof GotoEdge and
child = this.getLeftOperand() and
result = this.getInstruction(AssignmentStoreTag())

View File

@@ -777,72 +777,6 @@ abstract class TranslatedHandler extends TranslatedStmt {
TranslatedStmt getBlock() { result = getTranslatedStmt(stmt.getBlock()) }
}
/**
* The IR translation of the destructor calls of the parent `TranslatedCatchByTypeHandler`.
*
* This object does not itself generate the destructor calls. Instead, its
* children provide the actual calls.
*/
class TranslatedDestructorsAfterHandler extends TranslatedElement,
TTranslatedDestructorsAfterHandler
{
Handler handler;
TranslatedDestructorsAfterHandler() { this = TTranslatedDestructorsAfterHandler(handler) }
override string toString() { result = "Destructor calls after handler: " + handler }
private TranslatedCall getTranslatedImplicitDestructorCall(int id) {
result.getExpr() = handler.getImplicitDestructorCall(id)
}
override Instruction getFirstInstruction(EdgeKind kind) {
result = this.getChild(0).getFirstInstruction(kind)
}
override Handler getAst() { result = handler }
override Instruction getInstructionSuccessorInternal(InstructionTag tag, EdgeKind kind) { none() }
override TranslatedElement getChild(int id) {
result = this.getTranslatedImplicitDestructorCall(id)
}
override predicate handlesDestructorsExplicitly() { any() }
override Declaration getFunction() { result = handler.getEnclosingFunction() }
override Instruction getChildSuccessorInternal(TranslatedElement child, EdgeKind kind) {
exists(int id | child = this.getChild(id) |
// Transition to the next child, if any.
result = this.getChild(id + 1).getFirstInstruction(kind)
or
// And otherwise go to the next handler, if any.
not exists(this.getChild(id + 1)) and
result =
getTranslatedStmt(handler)
.getParent()
.(TranslatedTryStmt)
.getNextHandler(getTranslatedStmt(handler), kind)
)
}
override TranslatedElement getLastChild() {
result =
this.getTranslatedImplicitDestructorCall(max(int id |
exists(handler.getImplicitDestructorCall(id))
))
}
override Instruction getALastInstructionInternal() {
result = this.getLastChild().getALastInstruction()
}
override predicate hasInstruction(Opcode opcode, InstructionTag tag, CppType resultType) {
none()
}
}
/**
* The IR translation of a C++ `catch` block that catches an exception with a
* specific type (e.g. `catch (const std::exception&)`).
@@ -856,14 +790,10 @@ class TranslatedCatchByTypeHandler extends TranslatedHandler {
resultType = getVoidType()
}
override predicate handlesDestructorsExplicitly() { any() }
override TranslatedElement getChildInternal(int id) {
result = super.getChildInternal(id)
or
id = 0 and result = this.getParameter()
or
id = 1 and result = this.getDestructors()
}
override Instruction getChildSuccessorInternal(TranslatedElement child, EdgeKind kind) {
@@ -880,9 +810,7 @@ class TranslatedCatchByTypeHandler extends TranslatedHandler {
result = this.getParameter().getFirstInstruction(kind)
or
kind instanceof ExceptionEdge and
if exists(this.getDestructors())
then result = this.getDestructors().getFirstInstruction(any(GotoEdge edge))
else result = this.getParent().(TranslatedTryStmt).getNextHandler(this, any(GotoEdge edge))
result = this.getParent().(TranslatedTryStmt).getNextHandler(this, any(GotoEdge edge))
)
}
@@ -894,8 +822,6 @@ class TranslatedCatchByTypeHandler extends TranslatedHandler {
private TranslatedParameter getParameter() {
result = getTranslatedParameter(stmt.getParameter())
}
private TranslatedDestructorsAfterHandler getDestructors() { result.getAst() = stmt }
}
/**
@@ -916,7 +842,9 @@ class TranslatedCatchAnyHandler extends TranslatedHandler {
}
}
abstract class TranslatedIfLikeStmt extends TranslatedStmt, ConditionContext {
class TranslatedIfStmt extends TranslatedStmt, ConditionContext {
override IfStmt stmt;
override Instruction getFirstInstruction(EdgeKind kind) {
if this.hasInitialization()
then result = this.getInitialization().getFirstInstruction(kind)
@@ -929,8 +857,6 @@ abstract class TranslatedIfLikeStmt extends TranslatedStmt, ConditionContext {
override TranslatedElement getLastChild() { result = this.getElse() or result = this.getThen() }
override predicate handlesDestructorsExplicitly() { any() }
override TranslatedElement getChildInternal(int id) {
id = 0 and result = this.getInitialization()
or
@@ -941,21 +867,25 @@ abstract class TranslatedIfLikeStmt extends TranslatedStmt, ConditionContext {
id = 3 and result = this.getElse()
}
abstract predicate hasInitialization();
private predicate hasInitialization() { exists(stmt.getInitialization()) }
abstract TranslatedStmt getInitialization();
private TranslatedStmt getInitialization() {
result = getTranslatedStmt(stmt.getInitialization())
}
abstract TranslatedCondition getCondition();
private TranslatedCondition getCondition() {
result = getTranslatedCondition(stmt.getCondition().getFullyConverted())
}
private Instruction getFirstConditionInstruction(EdgeKind kind) {
result = this.getCondition().getFirstInstruction(kind)
}
abstract TranslatedStmt getThen();
private TranslatedStmt getThen() { result = getTranslatedStmt(stmt.getThen()) }
abstract TranslatedStmt getElse();
private TranslatedStmt getElse() { result = getTranslatedStmt(stmt.getElse()) }
abstract predicate hasElse();
private predicate hasElse() { exists(stmt.getElse()) }
override Instruction getInstructionSuccessorInternal(InstructionTag tag, EdgeKind kind) { none() }
@@ -968,11 +898,7 @@ abstract class TranslatedIfLikeStmt extends TranslatedStmt, ConditionContext {
child = this.getCondition() and
if this.hasElse()
then result = this.getElse().getFirstInstruction(kind)
else (
if this.hasAnImplicitDestructorCall()
then result = this.getChild(this.getFirstDestructorCallIndex()).getFirstInstruction(kind)
else result = this.getParent().getChildSuccessor(this, kind)
)
else result = this.getParent().getChildSuccessor(this, kind)
}
override Instruction getChildSuccessorInternal(TranslatedElement child, EdgeKind kind) {
@@ -980,24 +906,7 @@ abstract class TranslatedIfLikeStmt extends TranslatedStmt, ConditionContext {
result = this.getFirstConditionInstruction(kind)
or
(child = this.getThen() or child = this.getElse()) and
(
if this.hasAnImplicitDestructorCall()
then result = this.getChild(this.getFirstDestructorCallIndex()).getFirstInstruction(kind)
else result = this.getParent().getChildSuccessor(this, kind)
)
or
exists(int destructorId |
destructorId >= this.getFirstDestructorCallIndex() and
child = this.getChild(destructorId) and
result = this.getChild(destructorId + 1).getFirstInstruction(kind)
)
or
exists(int lastDestructorIndex |
lastDestructorIndex =
max(int n | exists(this.getChild(n)) and n >= this.getFirstDestructorCallIndex()) and
child = this.getChild(lastDestructorIndex) and
result = this.getParent().getChildSuccessor(this, kind)
)
result = this.getParent().getChildSuccessor(this, kind)
}
override predicate hasInstruction(Opcode opcode, InstructionTag tag, CppType resultType) {
@@ -1005,44 +914,76 @@ abstract class TranslatedIfLikeStmt extends TranslatedStmt, ConditionContext {
}
}
class TranslatedIfStmt extends TranslatedIfLikeStmt {
override IfStmt stmt;
override predicate hasInitialization() { exists(stmt.getInitialization()) }
override TranslatedStmt getInitialization() {
result = getTranslatedStmt(stmt.getInitialization())
}
override TranslatedCondition getCondition() {
result = getTranslatedCondition(stmt.getCondition().getFullyConverted())
}
override TranslatedStmt getThen() { result = getTranslatedStmt(stmt.getThen()) }
override TranslatedStmt getElse() { result = getTranslatedStmt(stmt.getElse()) }
override predicate hasElse() { exists(stmt.getElse()) }
}
class TranslatedConstExprIfStmt extends TranslatedIfLikeStmt {
class TranslatedConstExprIfStmt extends TranslatedStmt, ConditionContext {
override ConstexprIfStmt stmt;
override predicate hasInitialization() { exists(stmt.getInitialization()) }
override Instruction getFirstInstruction(EdgeKind kind) {
if this.hasInitialization()
then result = this.getInitialization().getFirstInstruction(kind)
else result = this.getFirstConditionInstruction(kind)
}
override TranslatedStmt getInitialization() {
override TranslatedElement getChildInternal(int id) {
id = 0 and result = this.getInitialization()
or
id = 1 and result = this.getCondition()
or
id = 2 and result = this.getThen()
or
id = 3 and result = this.getElse()
}
private predicate hasInitialization() { exists(stmt.getInitialization()) }
private TranslatedStmt getInitialization() {
result = getTranslatedStmt(stmt.getInitialization())
}
override TranslatedCondition getCondition() {
private TranslatedCondition getCondition() {
result = getTranslatedCondition(stmt.getCondition().getFullyConverted())
}
override TranslatedStmt getThen() { result = getTranslatedStmt(stmt.getThen()) }
private Instruction getFirstConditionInstruction(EdgeKind kind) {
result = this.getCondition().getFirstInstruction(kind)
}
override TranslatedStmt getElse() { result = getTranslatedStmt(stmt.getElse()) }
private TranslatedStmt getThen() { result = getTranslatedStmt(stmt.getThen()) }
override predicate hasElse() { exists(stmt.getElse()) }
private TranslatedStmt getElse() { result = getTranslatedStmt(stmt.getElse()) }
private predicate hasElse() { exists(stmt.getElse()) }
override Instruction getInstructionSuccessorInternal(InstructionTag tag, EdgeKind kind) { none() }
override Instruction getChildTrueSuccessor(TranslatedCondition child, EdgeKind kind) {
child = this.getCondition() and
result = this.getThen().getFirstInstruction(kind)
}
override Instruction getChildFalseSuccessor(TranslatedCondition child, EdgeKind kind) {
child = this.getCondition() and
if this.hasElse()
then result = this.getElse().getFirstInstruction(kind)
else result = this.getParent().getChildSuccessor(this, kind)
}
override Instruction getChildSuccessorInternal(TranslatedElement child, EdgeKind kind) {
child = this.getInitialization() and
result = this.getFirstConditionInstruction(kind)
or
(child = this.getThen() or child = this.getElse()) and
result = this.getParent().getChildSuccessor(this, kind)
}
override predicate hasInstruction(Opcode opcode, InstructionTag tag, CppType resultType) {
none()
}
override Instruction getALastInstructionInternal() {
result = this.getThen().getALastInstruction()
or
result = this.getElse().getALastInstruction()
}
}
abstract class TranslatedLoop extends TranslatedStmt, ConditionContext {

View File

@@ -1,4 +1,4 @@
description: Removed unused column from the `folders` and `files` relations
compatibility: full
files.rel: reorder files.rel (@file id, string name, string simple, string ext, int fromSource) id name
folders.rel: reorder folders.rel (@folder id, string name, string simple) id name
files.rel: reorder files.rel (int id, string name, string simple, string ext, int fromSource) id name
folders.rel: reorder folders.rel (int id, string name, string simple) id name

View File

@@ -1,9 +1,3 @@
## 0.9.12
### New Queries
* Added a new query, `cpp/iterator-to-expired-container`, to detect the creation of iterators owned by a temporary objects that are about to be destroyed.
## 0.9.11
### Minor Analysis Improvements

View File

@@ -14,32 +14,13 @@ the program, or security vulnerabilities, by allowing an attacker to overwrite a
</overview>
<recommendation>
<p>
Ensure that all execution paths deallocate the allocated memory at most once. In complex cases it may
help to reassign a pointer to a null value after deallocating it. This will prevent double-free vulnerabilities
since most deallocation functions will perform a null-pointer check before attempting to deallocate memory.
Ensure that all execution paths deallocate the allocated memory at most once. If possible, reassign
the pointer to a null value after deallocating it. This will prevent double-free vulnerabilities since
most deallocation functions will perform a null-pointer check before attempting to deallocate the memory.
</p>
</recommendation>
<example>
<p>
In the following example, <code>buff</code> is allocated and then freed twice:
</p>
<sample src="DoubleFreeBad.cpp" />
<p>
Reviewing the code above, the issue can be fixed by simply deleting the additional call to
<code>free(buff)</code>.
</p>
<sample src="DoubleFreeGood.cpp" />
<p>
In the next example, <code>task</code> may be deleted twice, if an exception occurs inside the <code>try</code>
block after the first <code>delete</code>:
</p>
<sample src="DoubleFreeBad2.cpp" />
<p>
The problem can be solved by assigning a null value to the pointer after the first <code>delete</code>, as
calling <code>delete</code> a second time on the null pointer is harmless.
</p>
<sample src="DoubleFreeGood2.cpp" />
<example><sample src="DoubleFree.cpp" />
</example>
<references>

View File

@@ -1,16 +0,0 @@
void g() {
MyTask *task = nullptr;
try
{
task = new MyTask;
...
delete task;
...
} catch (...) {
delete task; // BAD: potential double-free
}
}

View File

@@ -1,7 +0,0 @@
int* f() {
int *buff = malloc(SIZE*sizeof(int));
do_stuff(buff);
free(buff); // GOOD: buff is only freed once.
int *new_buffer = malloc(SIZE*sizeof(int));
return new_buffer;
}

View File

@@ -1,17 +0,0 @@
void g() {
MyTask *task = nullptr;
try
{
task = new MyTask;
...
delete task;
task = nullptr;
...
} catch (...) {
delete task; // GOOD: harmless if task is NULL
}
}

View File

@@ -54,7 +54,6 @@ predicate undefinedLocalUse(VariableAccess va) {
// it is hard to tell when a struct or array has been initialized, so we
// ignore them
not isAggregateType(lv.getUnderlyingType()) and
not lv.isStatic() and // static variables are initialized to zero or null by default
not lv.getType().hasName("va_list") and
va = lv.getAnAccess() and
noDefPath(lv, va) and
@@ -71,8 +70,7 @@ predicate uninitialisedGlobal(GlobalVariable gv) {
va = gv.getAnAccess() and
va.isRValue() and
not gv.hasInitializer() and
not gv.hasSpecifier("extern") and
not gv.isStatic() // static variables are initialized to zero or null by default
not gv.hasSpecifier("extern")
)
}

View File

@@ -42,7 +42,7 @@ in the previous example, one solution is to make the log message a trailing argu
<p>An alternative solution is to allow <code>log_with_timestamp</code> to accept format arguments:</p>
<sample src="NonConstantFormat-2-good.c" />
<p>In this formulation, the non-constant format string to <code>printf</code> has been replaced with
a non-constant format string to <code>vprintf</code>. The analysis will no longer consider the body of
a non-constant format string to <code>vprintf</code>. Semmle will no longer consider the body of
<code>log_with_timestamp</code> to be a problem, and will instead check that every call to
<code>log_with_timestamp</code> passes a constant format string.</p>

View File

@@ -22,8 +22,10 @@ function.
</example>
<references>
<li>CERT C Coding Standard: <a href="https://wiki.sei.cmu.edu/confluence/display/c/FIO47-C.+Use+valid+format+strings">FIO47-C. Use valid format strings</a>.</li>
<li>cplusplus.com: <a href="http://www.tutorialspoint.com/cplusplus/cpp_functions.htm">C++ Functions</a>.</li>
<li>Microsoft C Runtime Library Reference: <a href="https://docs.microsoft.com/en-us/cpp/c-runtime-library/reference/printf-printf-l-wprintf-wprintf-l">printf, wprintf</a>.</li>
</references>
</qhelp>

View File

@@ -19,8 +19,8 @@ contents.
</overview>
<recommendation>
<p>Review the format and arguments expected by the highlighted function calls. Update either
the format or the arguments so that the expected number of arguments are passed to the
<p>Review the format and arguments expected by the highlighted function calls. Update either
the format or the arguments so that the expected number of arguments are passed to the
function.
</p>
@@ -30,8 +30,11 @@ function.
</example>
<references>
<li>CERT C Coding Standard: <a href="https://wiki.sei.cmu.edu/confluence/display/c/FIO47-C.+Use+valid+format+strings">FIO47-C. Use valid format strings</a>.</li>
<li>CERT C Coding
Standard: <a href="https://www.securecoding.cert.org/confluence/display/c/FIO30-C.+Exclude+user+input+from+format+strings">FIO30-C. Exclude user input from format strings</a>.</li>
<li>cplusplus.com: <a href="http://www.tutorialspoint.com/cplusplus/cpp_functions.htm">C++ Functions</a>.</li>
<li>Microsoft C Runtime Library Reference: <a href="https://docs.microsoft.com/en-us/cpp/c-runtime-library/reference/printf-printf-l-wprintf-wprintf-l">printf, wprintf</a>.</li>
</references>
</qhelp>

View File

@@ -0,0 +1,4 @@
int main() {
printf("%s\n", 42); //printf will treat 42 as a char*, will most likely segfault
return 0;
}

View File

@@ -4,33 +4,29 @@
<qhelp>
<overview>
<p>Each call to the <code>printf</code> function or a related function should include
the type and sequence of arguments defined by the format. If the function is passed arguments
the type and sequence of arguments defined by the format. If the function is passed arguments
of a different type or in a different sequence then the arguments are reinterpreted to fit the type and sequence expected, resulting in unpredictable behavior.</p>
</overview>
<recommendation>
<p>Review the format and arguments expected by the highlighted function calls. Update either
the format or the arguments so that the expected type and sequence of arguments are passed to
<p>Review the format and arguments expected by the highlighted function calls. Update either
the format or the arguments so that the expected type and sequence of arguments are passed to
the function.
</p>
</recommendation>
<example>
<p>In the following example, the wrong format specifier is given for an integer format argument:</p>
<sample src="WrongTypeFormatArgumentsBad.cpp" />
<p>The corrected version uses <code>%i</code> as the format specifier for the integer format argument:</p>
<sample src="WrongTypeFormatArgumentsGood.cpp" />
<example><sample src="WrongTypeFormatArguments.cpp" />
</example>
<references>
<li>Microsoft Learn: <a href="https://learn.microsoft.com/en-us/cpp/c-runtime-library/format-specification-syntax-printf-and-wprintf-functions?view=msvc-170">Format specification syntax: printf and wprintf functions</a>.</li>
<li>cplusplus.com:<a href="https://cplusplus.com/reference/cstdio/printf/"></a>printf</li>
<li>CERT C Coding Standard: <a href="https://wiki.sei.cmu.edu/confluence/display/c/FIO47-C.+Use+valid+format+strings">FIO47-C. Use valid format strings</a>.</li>
<li>CERT C Coding
Standard: <a href="https://www.securecoding.cert.org/confluence/display/c/FIO30-C.+Exclude+user+input+from+format+strings">FIO30-C. Exclude user input from format strings</a>.</li>
<li>cplusplus.com: <a href="http://www.tutorialspoint.com/cplusplus/cpp_functions.htm">C++ Functions</a>.</li>
<li>CRT Alphabetical Function Reference: <a href="https://docs.microsoft.com/en-us/cpp/c-runtime-library/reference/printf-printf-l-wprintf-wprintf-l">printf, _printf_l, wprintf, _wprintf_l</a>.</li>
</references>
</qhelp>

View File

@@ -1,4 +0,0 @@
int main() {
printf("%s\n", 42); // BAD: printf will treat 42 as a char*, will most likely segfault
return 0;
}

View File

@@ -1,4 +0,0 @@
int main() {
printf("%i\n", 42); // GOOD: printf will treat 42 as an int
return 0;
}

View File

@@ -2,18 +2,19 @@
void f_warning(int i)
{
// BAD: the usage of the logical not operator in this case is unlikely to be correct
// The usage of the logical not operator in this case is unlikely to be correct
// as the output is being used as an operator for a bit-wise and operation
if (i & !FLAGS)
if (i & !FLAGS)
{
// code
}
}
void f_fixed(int i)
{
if (i & ~FLAGS) // GOOD: Changing the logical not operator for the bit-wise not operator would fix this logic
if (i & ~FLAGS) // Changing the logical not operator for the bit-wise not operator would fix this logic
{
// code
}
}
}

View File

@@ -16,13 +16,7 @@
<p>Carefully inspect the flagged expressions. Consider the intent in the code logic, and decide whether it is necessary to change the not operator.</p>
</recommendation>
<example>
<p>Here is an example of this issue and how it can be fixed:</p>
<sample src="IncorrectNotOperatorUsage.cpp" />
<p>In other cases, particularly when the expressions have <code>bool</code> type, the fix may instead be of the form <code>a &amp;&amp; !b</code>.</p>
</example>
<example><sample src="IncorrectNotOperatorUsage.cpp" /></example>
<references>
<li>

View File

@@ -37,19 +37,6 @@ class AllocaCall extends FunctionCall {
}
}
/**
* Gets an expression associated with a dataflow node.
*/
private Expr getExpr(DataFlow::Node node) {
result = node.asInstruction().getAst()
or
result = node.asOperand().getUse().getAst()
or
result = node.(DataFlow::RawIndirectInstruction).getInstruction().getAst()
or
result = node.(DataFlow::RawIndirectOperand).getOperand().getUse().getAst()
}
/**
* A loop that contains an `alloca` call.
*/
@@ -198,6 +185,19 @@ class LoopWithAlloca extends Stmt {
not this.conditionReachesWithoutUpdate(var, this.(Loop).getCondition())
}
/**
* Gets an expression associated with a dataflow node.
*/
private Expr getExpr(DataFlow::Node node) {
result = node.asInstruction().getAst()
or
result = node.asOperand().getUse().getAst()
or
result = node.(DataFlow::RawIndirectInstruction).getInstruction().getAst()
or
result = node.(DataFlow::RawIndirectOperand).getOperand().getUse().getAst()
}
/**
* Gets a definition that may be the most recent definition of the
* controlling variable `var` before this loop.
@@ -210,7 +210,7 @@ class LoopWithAlloca extends Stmt {
// Phi nodes will be preceded by nodes that represent actual definitions
not result instanceof DataFlow::SsaPhiNode and
// A source is outside the loop if it's not inside the loop
not exists(Expr e | e = getExpr(result) | this = getAnEnclosingLoopOfExpr(e))
not exists(Expr e | e = this.getExpr(result) | this = getAnEnclosingLoopOfExpr(e))
)
}
@@ -221,9 +221,9 @@ class LoopWithAlloca extends Stmt {
private int getAControllingVarInitialValue(Variable var, DataFlow::Node source) {
source = this.getAPrecedingDef(var) and
(
result = getExpr(source).getValue().toInt()
result = this.getExpr(source).getValue().toInt()
or
result = getExpr(source).(Assignment).getRValue().getValue().toInt()
result = this.getExpr(source).(Assignment).getRValue().getValue().toInt()
)
}

View File

@@ -107,7 +107,7 @@ class SnprintfSizeExpr extends BufferAccess, FunctionCall {
}
class MemcmpSizeExpr extends BufferAccess, FunctionCall {
MemcmpSizeExpr() { this.getTarget().hasName("memcmp") }
MemcmpSizeExpr() { this.getTarget().hasName("Memcmp") }
override Expr getPointer() {
result = this.getArgument(0) or

View File

@@ -0,0 +1,2 @@
strncpy(dest, src, sizeof(src)); //wrong: size of dest should be used
strncpy(dest, src, strlen(src)); //wrong: size of dest should be used

View File

@@ -3,7 +3,7 @@
"qhelp.dtd">
<qhelp>
<overview>
<p>The standard library function <code>strncpy</code> copies a source string to a destination buffer. The third argument defines the maximum number of characters to copy and should be less than
<p>The standard library function <code>strncpy</code> copies a source string to a destination buffer. The third argument defines the maximum number of characters to copy and should be less than
or equal to the size of the destination buffer. Calls of the form <code>strncpy(dest, src, strlen(src))</code> or <code>strncpy(dest, src, sizeof(src))</code> incorrectly set the third argument to the size of the source buffer. Executing a call of this type may cause a buffer overflow. Buffer overflows can lead to anything from a segmentation fault to a security vulnerability.</p>
</overview>
@@ -12,20 +12,14 @@ or equal to the size of the destination buffer. Calls of the form <code>strncpy(
not the source buffer.</p>
</recommendation>
<example><sample src="StrncpyFlippedArgs.cpp" />
<example>
<p>In the following examples, the size of the source buffer is incorrectly used as a parameter to <code>strncpy</code>:</p>
<sample src="StrncpyFlippedArgsBad.cpp" />
<p>The corrected version uses the size of the destination buffer, or a variable containing the size of the destination buffer as the size parameter to <code>strncpy</code>:</p>
<sample src="StrncpyFlippedArgsGood.cpp" />
</example>
<references>
<li>cplusplus.com: <a href="https://cplusplus.com/reference/cstring/strncpy/">strncpy</a>.</li>
<li>cplusplus.com: <a href="http://www.cplusplus.com/reference/clibrary/cstring/strncpy/">strncpy</a>.</li>
<li>
I. Gerg. <em>An Overview and Example of the Buffer-Overflow Exploit</em>. IANewsletter vol 7 no 4. 2005.
</li>

View File

@@ -1,9 +0,0 @@
char src[256];
char dest1[128];
...
strncpy(dest1, src, sizeof(src)); // wrong: size of dest should be used
char *dest2 = (char *)malloc(sz1 + sz2 + sz3);
strncpy(dest2, src, strlen(src)); // wrong: size of dest should be used

View File

@@ -1,10 +0,0 @@
char src[256];
char dest1[128];
...
strncpy(dest1, src, sizeof(dest1)); // correct
size_t destSize = sz1 + sz2 + sz3;
char *dest2 = (char *)malloc(destSize);
strncpy(dest2, src, destSize); // correct

View File

@@ -0,0 +1,22 @@
int main(int argc, char** argv) {
char *userAndFile = argv[2];
{
char fileBuffer[FILENAME_MAX] = "/home/";
char *fileName = fileBuffer;
size_t len = strlen(fileName);
strncat(fileName+len, userAndFile, FILENAME_MAX-len-1);
// BAD: a string from the user is used in a filename
fopen(fileName, "wb+");
}
{
char fileBuffer[FILENAME_MAX] = "/home/";
char *fileName = fileBuffer;
size_t len = strlen(fileName);
// GOOD: use a fixed file
char* fixed = "jim/file.txt";
strncat(fileName+len, fixed, FILENAME_MAX-len-1);
fopen(fileName, "wb+");
}
}

View File

@@ -3,57 +3,36 @@
"qhelp.dtd">
<qhelp>
<overview>
<p>Accessing paths controlled by users can allow an attacker to access unexpected resources. This
<p>Accessing paths controlled by users can allow an attacker to access unexpected resources. This
can result in sensitive information being revealed or deleted, or an attacker being able to influence
behavior by modifying unexpected files.</p>
<p>Paths that are naively constructed from data controlled by a user may be absolute paths, or may contain
unexpected special characters such as "..". Such a path could point anywhere on the file system.</p>
<p>Paths that are naively constructed from data controlled by a user may contain unexpected special characters,
such as "..". Such a path may potentially point to any directory on the filesystem.</p>
</overview>
<recommendation>
<p>Validate user input before using it to construct a file path.</p>
<p>Validate user input before using it to construct a filepath. Ideally, follow these rules:</p>
<p>Common validation methods include checking that the normalized path is relative and does not contain
any ".." components, or checking that the path is contained within a safe folder. The method you should use depends
on how the path is used in the application, and whether the path should be a single path component.
</p>
<p>If the path should be a single path component (such as a file name), you can check for the existence
of any path separators ("/" or "\"), or ".." sequences in the input, and reject the input if any are found.
</p>
<p>
Note that removing "../" sequences is <i>not</i> sufficient, since the input could still contain a path separator
followed by "..". For example, the input ".../...//" would still result in the string "../" if only "../" sequences
are removed.
</p>
<p>Finally, the simplest (but most restrictive) option is to use an allow list of safe patterns and make sure that
the user input matches one of these patterns.</p>
<ul>
<li>Do not allow more than a single "." character.</li>
<li>Do not allow directory separators such as "/" or "\" (depending on the filesystem).</li>
<li>Do not rely on simply replacing problematic sequences such as "../". For example, after applying this filter to
".../...//" the resulting string would still be "../".</li>
<li>Ideally use a whitelist of known good patterns.</li>
</ul>
</recommendation>
<example>
<p>In this example, a file name is read from a user and then used to access a file.
However, a malicious user could enter a file name anywhere on the file system,
such as "/etc/passwd" or "../../../etc/passwd".</p>
<p>In this example, a username and file are read from the arguments to main and then used to access a file in the
user's home directory. However, a malicious user could enter a filename which contains special
characters. For example, the string "../../etc/passwd" will result in the code reading the file located at
"/home/[user]/../../etc/passwd", which is the system's password file. This could potentially allow them to
access all the system's passwords.</p>
<sample src="examples/TaintedPath.c" />
<p>
If the input should only be a file name, you can check that it doesn't contain any path separators or ".." sequences.
</p>
<sample src="examples/TaintedPathNormalize.c" />
<p>
If the input should be within a specific directory, you can check that the resolved path
is still contained within that directory.
</p>
<sample src="examples/TaintedPathFolder.c" />
<sample src="TaintedPath.c" />
</example>
<references>
@@ -62,7 +41,6 @@ is still contained within that directory.
OWASP:
<a href="https://owasp.org/www-community/attacks/Path_Traversal">Path Traversal</a>.
</li>
<li>Linux man pages: <a href="https://man7.org/linux/man-pages/man3/realpath.3.html">realpath(3)</a>.</li>
</references>
</qhelp>

View File

@@ -1,10 +0,0 @@
int main(int argc, char** argv) {
char *userAndFile = argv[2];
{
char fileBuffer[PATH_MAX];
snprintf(fileBuffer, sizeof(fileBuffer), "/home/%s", userAndFile);
// BAD: a string from the user is used in a filename
fopen(fileBuffer, "wb+");
}
}

View File

@@ -1,28 +0,0 @@
#include <stdio.h>
#include <string.h>
int main(int argc, char** argv) {
char *userAndFile = argv[2];
const char *baseDir = "/home/user/public/";
char fullPath[PATH_MAX];
// Attempt to concatenate the base directory and the user-supplied path
snprintf(fullPath, sizeof(fullPath), "%s%s", baseDir, userAndFile);
// Resolve the absolute path, normalizing any ".." or "."
char *resolvedPath = realpath(fullPath, NULL);
if (resolvedPath == NULL) {
perror("Error resolving path");
return 1;
}
// Check if the resolved path starts with the base directory
if (strncmp(baseDir, resolvedPath, strlen(baseDir)) != 0) {
free(resolvedPath);
return 1;
}
// GOOD: Path is within the intended directory
FILE *file = fopen(resolvedPath, "wb+");
free(resolvedPath);
}

View File

@@ -1,16 +0,0 @@
#include <stdio.h>
#include <string.h>
int main(int argc, char** argv) {
char *fileName = argv[2];
// Check for invalid sequences in the user input
if (strstr(fileName , "..") || strchr(fileName , '/') || strchr(fileName , '\\')) {
printf("Invalid filename.\n");
return 1;
}
char fileBuffer[PATH_MAX];
snprintf(fileBuffer, sizeof(fileBuffer), "/home/user/files/%s", fileName);
// GOOD: We know that the filename is safe and stays within the public folder
FILE *file = fopen(fileBuffer, "wb+");
}

View File

@@ -12,8 +12,8 @@ the required buffer size, but do not allocate space for the zero terminator.
</overview>
<recommendation>
<p>
The highlighted code segment creates a buffer without ensuring it's large enough to accommodate the copied data.
This leaves the code susceptible to a buffer overflow attack, which could lead to anything from program crashes to malicious code execution.
The expression highlighted by this rule creates a buffer that is of insufficient size to contain
the data being copied. This makes the code vulnerable to buffer overflow which can result in anything from a segmentation fault to a security vulnerability (particularly if the array is on stack-allocated memory).
</p>
<p>

View File

@@ -30,8 +30,6 @@ where
outlivesFullExpr(c) and
not c.isFromUninstantiatedTemplate(_) and
isUniquePointerDerefFunction(c.getTarget()) and
// Exclude cases where the pointer is implicitly converted to a non-pointer type
not c.getActualType() instanceof IntegralType and
isTemporary(c.getQualifier().getFullyConverted())
select c,
"The underlying unique pointer object is destroyed after the call to '" + c.getTarget() +

View File

@@ -1,5 +1,4 @@
## 0.9.12
### New Queries
---
category: newQuery
---
* Added a new query, `cpp/iterator-to-expired-container`, to detect the creation of iterators owned by a temporary objects that are about to be destroyed.

View File

@@ -1,4 +0,0 @@
---
category: minorAnalysis
---
* The "Variable not initialized before use" query (`cpp/not-initialised`) no longer reports an alert on static variables.

View File

@@ -1,4 +0,0 @@
---
category: minorAnalysis
---
* The "Use of unique pointer after lifetime ends" query (`cpp/use-of-unique-pointer-after-lifetime-ends`) no longer reports an alert when the pointer is converted to a boolean

View File

@@ -1,4 +0,0 @@
---
category: breaking
---
* CodeQL package management is now generally available, and all GitHub-produced CodeQL packages have had their version numbers increased to 1.0.0.

View File

@@ -1,2 +1,2 @@
---
lastReleaseVersion: 0.9.12
lastReleaseVersion: 0.9.11

View File

@@ -1,23 +0,0 @@
char * create (int arg) {
if (arg > 42) {
// this function may return NULL
return NULL;
}
char * r = malloc(arg);
snprintf(r, arg -1, "Hello");
return r;
}
void process(char *str) {
// str is dereferenced
if (str[0] == 'H') {
printf("Hello H\n");
}
}
void test(int arg) {
// first function returns a pointer that may be NULL
char *str = create(arg);
// str is not checked for nullness before being passed to process function
process(str);
}

View File

@@ -1,26 +0,0 @@
<!DOCTYPE qhelp PUBLIC
"-//Semmle//qhelp//EN"
"qhelp.dtd">
<qhelp>
<overview>
<p>This rule finds a dereference of a function parameter, whose value comes from another function call that may return NULL, without checks in the meantime.</p>
</overview>
<recommendation>
<p>A check should be added between the return of the function which may return NULL, and its use by the function dereferencing ths pointer.</p>
</recommendation>
<example>
<sample src="DerefNullResult.cpp" />
</example>
<references>
<li>
<a href="https://www.owasp.org/index.php/Null_Dereference">
Null Dereference
</a>
</li>
</references>
</qhelp>

View File

@@ -1,34 +0,0 @@
/**
* @name Null dereference from a function result
* @description A function parameter is dereferenced,
* while it comes from a function that may return NULL,
* and is not checked for nullness by the caller.
* @kind problem
* @id cpp/deref-null-result
* @problem.severity recommendation
* @tags reliability
* security
* external/cwe/cwe-476
*/
import cpp
import semmle.code.cpp.dataflow.new.DataFlow
from Function nuller, Parameter pd, FunctionCall fc, Variable v
where
mayReturnNull(nuller) and
functionDereferences(pd.getFunction(), pd.getIndex()) and
// there is a function call which will deref parameter pd
fc.getTarget() = pd.getFunction() and
// the parameter pd comes from a variable v
DataFlow::localFlow(DataFlow::exprNode(v.getAnAccess()),
DataFlow::exprNode(fc.getArgument(pd.getIndex()))) and
// this variable v was assigned by a call to the nuller function
unique( | | v.getAnAssignedValue()) = nuller.getACallToThisFunction() and
// this variable v is not accessed for an operation (check for NULLness)
not exists(VariableAccess vc |
vc.getTarget() = v and
(vc.getParent() instanceof Operation or vc.getParent() instanceof IfStmt)
)
select fc, "This function call may deref $@ when it can be NULL from $@", v, v.getName(), nuller,
nuller.getName()

View File

@@ -1,5 +1,5 @@
name: codeql/cpp-queries
version: 1.0.0-dev
version: 0.9.12-dev
groups:
- cpp
- queries

View File

@@ -1,55 +1,55 @@
edges
| test.cpp:34:10:34:12 | buf | test.cpp:34:5:34:24 | access to array | provenance | Config |
| test.cpp:35:10:35:12 | buf | test.cpp:35:5:35:22 | access to array | provenance | Config |
| test.cpp:36:10:36:12 | buf | test.cpp:36:5:36:24 | access to array | provenance | Config |
| test.cpp:39:14:39:16 | buf | test.cpp:39:9:39:19 | access to array | provenance | Config |
| test.cpp:43:14:43:16 | buf | test.cpp:43:9:43:19 | access to array | provenance | Config |
| test.cpp:48:10:48:12 | buf | test.cpp:48:5:48:24 | access to array | provenance | Config |
| test.cpp:49:10:49:12 | buf | test.cpp:49:5:49:22 | access to array | provenance | Config |
| test.cpp:50:10:50:12 | buf | test.cpp:50:5:50:24 | access to array | provenance | Config |
| test.cpp:53:14:53:16 | buf | test.cpp:53:9:53:19 | access to array | provenance | Config |
| test.cpp:57:14:57:16 | buf | test.cpp:57:9:57:19 | access to array | provenance | Config |
| test.cpp:61:14:61:16 | buf | test.cpp:61:9:61:19 | access to array | provenance | Config |
| test.cpp:70:33:70:33 | p | test.cpp:71:5:71:17 | access to array | provenance | Config |
| test.cpp:70:33:70:33 | p | test.cpp:72:5:72:15 | access to array | provenance | Config |
| test.cpp:34:10:34:12 | buf | test.cpp:34:5:34:24 | access to array | provenance | |
| test.cpp:35:10:35:12 | buf | test.cpp:35:5:35:22 | access to array | provenance | |
| test.cpp:36:10:36:12 | buf | test.cpp:36:5:36:24 | access to array | provenance | |
| test.cpp:39:14:39:16 | buf | test.cpp:39:9:39:19 | access to array | provenance | |
| test.cpp:43:14:43:16 | buf | test.cpp:43:9:43:19 | access to array | provenance | |
| test.cpp:48:10:48:12 | buf | test.cpp:48:5:48:24 | access to array | provenance | |
| test.cpp:49:10:49:12 | buf | test.cpp:49:5:49:22 | access to array | provenance | |
| test.cpp:50:10:50:12 | buf | test.cpp:50:5:50:24 | access to array | provenance | |
| test.cpp:53:14:53:16 | buf | test.cpp:53:9:53:19 | access to array | provenance | |
| test.cpp:57:14:57:16 | buf | test.cpp:57:9:57:19 | access to array | provenance | |
| test.cpp:61:14:61:16 | buf | test.cpp:61:9:61:19 | access to array | provenance | |
| test.cpp:70:33:70:33 | p | test.cpp:71:5:71:17 | access to array | provenance | |
| test.cpp:70:33:70:33 | p | test.cpp:72:5:72:15 | access to array | provenance | |
| test.cpp:76:26:76:46 | & ... | test.cpp:66:32:66:32 | p | provenance | |
| test.cpp:76:32:76:34 | buf | test.cpp:76:26:76:46 | & ... | provenance | Config |
| test.cpp:76:32:76:34 | buf | test.cpp:76:26:76:46 | & ... | provenance | |
| test.cpp:77:26:77:44 | & ... | test.cpp:66:32:66:32 | p | provenance | |
| test.cpp:77:32:77:34 | buf | test.cpp:77:26:77:44 | & ... | provenance | Config |
| test.cpp:77:32:77:34 | buf | test.cpp:77:26:77:44 | & ... | provenance | |
| test.cpp:79:27:79:34 | buf | test.cpp:70:33:70:33 | p | provenance | |
| test.cpp:79:32:79:34 | buf | test.cpp:79:27:79:34 | buf | provenance | |
| test.cpp:85:21:85:36 | buf | test.cpp:87:5:87:31 | access to array | provenance | Config |
| test.cpp:85:21:85:36 | buf | test.cpp:88:5:88:27 | access to array | provenance | Config |
| test.cpp:85:21:85:36 | buf | test.cpp:87:5:87:31 | access to array | provenance | |
| test.cpp:85:21:85:36 | buf | test.cpp:88:5:88:27 | access to array | provenance | |
| test.cpp:85:34:85:36 | buf | test.cpp:85:21:85:36 | buf | provenance | |
| test.cpp:96:13:96:15 | arr | test.cpp:96:13:96:18 | access to array | provenance | Config |
| test.cpp:111:17:111:19 | arr | test.cpp:111:17:111:22 | access to array | provenance | Config |
| test.cpp:111:17:111:19 | arr | test.cpp:115:35:115:40 | access to array | provenance | Config |
| test.cpp:111:17:111:19 | arr | test.cpp:119:17:119:22 | access to array | provenance | Config |
| test.cpp:115:35:115:37 | arr | test.cpp:111:17:111:22 | access to array | provenance | Config |
| test.cpp:115:35:115:37 | arr | test.cpp:115:35:115:40 | access to array | provenance | Config |
| test.cpp:115:35:115:37 | arr | test.cpp:119:17:119:22 | access to array | provenance | Config |
| test.cpp:119:17:119:19 | arr | test.cpp:111:17:111:22 | access to array | provenance | Config |
| test.cpp:119:17:119:19 | arr | test.cpp:115:35:115:40 | access to array | provenance | Config |
| test.cpp:119:17:119:19 | arr | test.cpp:119:17:119:22 | access to array | provenance | Config |
| test.cpp:128:9:128:11 | arr | test.cpp:128:9:128:14 | access to array | provenance | Config |
| test.cpp:134:25:134:27 | arr | test.cpp:136:9:136:16 | ... += ... | provenance | Config |
| test.cpp:96:13:96:15 | arr | test.cpp:96:13:96:18 | access to array | provenance | |
| test.cpp:111:17:111:19 | arr | test.cpp:111:17:111:22 | access to array | provenance | |
| test.cpp:111:17:111:19 | arr | test.cpp:115:35:115:40 | access to array | provenance | |
| test.cpp:111:17:111:19 | arr | test.cpp:119:17:119:22 | access to array | provenance | |
| test.cpp:115:35:115:37 | arr | test.cpp:111:17:111:22 | access to array | provenance | |
| test.cpp:115:35:115:37 | arr | test.cpp:115:35:115:40 | access to array | provenance | |
| test.cpp:115:35:115:37 | arr | test.cpp:119:17:119:22 | access to array | provenance | |
| test.cpp:119:17:119:19 | arr | test.cpp:111:17:111:22 | access to array | provenance | |
| test.cpp:119:17:119:19 | arr | test.cpp:115:35:115:40 | access to array | provenance | |
| test.cpp:119:17:119:19 | arr | test.cpp:119:17:119:22 | access to array | provenance | |
| test.cpp:128:9:128:11 | arr | test.cpp:128:9:128:14 | access to array | provenance | |
| test.cpp:134:25:134:27 | arr | test.cpp:136:9:136:16 | ... += ... | provenance | |
| test.cpp:136:9:136:16 | ... += ... | test.cpp:136:9:136:16 | ... += ... | provenance | |
| test.cpp:136:9:136:16 | ... += ... | test.cpp:138:13:138:15 | arr | provenance | |
| test.cpp:143:18:143:21 | asdf | test.cpp:134:25:134:27 | arr | provenance | |
| test.cpp:143:18:143:21 | asdf | test.cpp:143:18:143:21 | asdf | provenance | |
| test.cpp:146:26:146:26 | *p | test.cpp:147:4:147:9 | -- ... | provenance | |
| test.cpp:156:12:156:14 | buf | test.cpp:156:12:156:18 | ... + ... | provenance | Config |
| test.cpp:156:12:156:14 | buf | test.cpp:156:12:156:18 | ... + ... | provenance | |
| test.cpp:156:12:156:18 | ... + ... | test.cpp:156:12:156:18 | ... + ... | provenance | |
| test.cpp:156:12:156:18 | ... + ... | test.cpp:158:17:158:18 | *& ... | provenance | |
| test.cpp:158:17:158:18 | *& ... | test.cpp:146:26:146:26 | *p | provenance | |
| test.cpp:218:16:218:28 | buffer | test.cpp:220:5:220:11 | access to array | provenance | Config |
| test.cpp:218:16:218:28 | buffer | test.cpp:221:5:221:11 | access to array | provenance | Config |
| test.cpp:218:16:218:28 | buffer | test.cpp:220:5:220:11 | access to array | provenance | |
| test.cpp:218:16:218:28 | buffer | test.cpp:221:5:221:11 | access to array | provenance | |
| test.cpp:218:23:218:28 | buffer | test.cpp:218:16:218:28 | buffer | provenance | |
| test.cpp:229:17:229:29 | array | test.cpp:231:5:231:10 | access to array | provenance | Config |
| test.cpp:229:17:229:29 | array | test.cpp:232:5:232:10 | access to array | provenance | Config |
| test.cpp:229:17:229:29 | array | test.cpp:231:5:231:10 | access to array | provenance | |
| test.cpp:229:17:229:29 | array | test.cpp:232:5:232:10 | access to array | provenance | |
| test.cpp:229:25:229:29 | array | test.cpp:229:17:229:29 | array | provenance | |
| test.cpp:245:30:245:30 | p | test.cpp:261:27:261:30 | access to array | provenance | Config |
| test.cpp:245:30:245:30 | p | test.cpp:261:27:261:30 | access to array | provenance | Config |
| test.cpp:245:30:245:30 | p | test.cpp:261:27:261:30 | access to array | provenance | |
| test.cpp:245:30:245:30 | p | test.cpp:261:27:261:30 | access to array | provenance | |
| test.cpp:274:14:274:20 | buffer3 | test.cpp:245:30:245:30 | p | provenance | |
| test.cpp:274:14:274:20 | buffer3 | test.cpp:274:14:274:20 | buffer3 | provenance | |
| test.cpp:277:35:277:35 | p | test.cpp:278:14:278:14 | p | provenance | |
@@ -60,20 +60,21 @@ edges
| test.cpp:286:19:286:25 | buffer2 | test.cpp:286:19:286:25 | buffer2 | provenance | |
| test.cpp:289:19:289:25 | buffer3 | test.cpp:277:35:277:35 | p | provenance | |
| test.cpp:289:19:289:25 | buffer3 | test.cpp:289:19:289:25 | buffer3 | provenance | |
| test.cpp:292:25:292:27 | arr | test.cpp:299:16:299:21 | access to array | provenance | Config |
| test.cpp:292:25:292:27 | arr | test.cpp:299:16:299:21 | access to array | provenance | |
| test.cpp:292:25:292:27 | arr | test.cpp:299:16:299:21 | access to array | provenance | |
| test.cpp:306:20:306:23 | arr1 | test.cpp:292:25:292:27 | arr | provenance | |
| test.cpp:306:20:306:23 | arr1 | test.cpp:306:20:306:23 | arr1 | provenance | |
| test.cpp:309:20:309:23 | arr2 | test.cpp:292:25:292:27 | arr | provenance | |
| test.cpp:309:20:309:23 | arr2 | test.cpp:309:20:309:23 | arr2 | provenance | |
| test.cpp:319:13:319:27 | ... = ... | test.cpp:325:24:325:26 | end | provenance | |
| test.cpp:319:19:319:22 | temp | test.cpp:319:19:319:27 | ... + ... | provenance | Config |
| test.cpp:319:19:319:22 | temp | test.cpp:324:23:324:32 | ... + ... | provenance | Config |
| test.cpp:319:19:319:22 | temp | test.cpp:319:19:319:27 | ... + ... | provenance | |
| test.cpp:319:19:319:22 | temp | test.cpp:324:23:324:32 | ... + ... | provenance | |
| test.cpp:319:19:319:27 | ... + ... | test.cpp:319:13:319:27 | ... = ... | provenance | |
| test.cpp:322:13:322:27 | ... = ... | test.cpp:325:24:325:26 | end | provenance | |
| test.cpp:322:19:322:22 | temp | test.cpp:322:19:322:27 | ... + ... | provenance | Config |
| test.cpp:322:19:322:22 | temp | test.cpp:324:23:324:32 | ... + ... | provenance | Config |
| test.cpp:322:19:322:22 | temp | test.cpp:322:19:322:27 | ... + ... | provenance | |
| test.cpp:322:19:322:22 | temp | test.cpp:324:23:324:32 | ... + ... | provenance | |
| test.cpp:322:19:322:27 | ... + ... | test.cpp:322:13:322:27 | ... = ... | provenance | |
| test.cpp:324:23:324:26 | temp | test.cpp:324:23:324:32 | ... + ... | provenance | Config |
| test.cpp:324:23:324:26 | temp | test.cpp:324:23:324:32 | ... + ... | provenance | |
| test.cpp:324:23:324:32 | ... + ... | test.cpp:324:23:324:32 | ... + ... | provenance | |
| test.cpp:324:23:324:32 | ... + ... | test.cpp:325:15:325:19 | temp2 | provenance | |
nodes
@@ -158,6 +159,7 @@ nodes
| test.cpp:289:19:289:25 | buffer3 | semmle.label | buffer3 |
| test.cpp:289:19:289:25 | buffer3 | semmle.label | buffer3 |
| test.cpp:292:25:292:27 | arr | semmle.label | arr |
| test.cpp:292:25:292:27 | arr | semmle.label | arr |
| test.cpp:299:16:299:21 | access to array | semmle.label | access to array |
| test.cpp:306:20:306:23 | arr1 | semmle.label | arr1 |
| test.cpp:306:20:306:23 | arr1 | semmle.label | arr1 |

View File

@@ -160,9 +160,6 @@ astGuardsCompare
| 137 | 0 == 0 when 0 is false |
| 146 | ! ... != 0 when ! ... is true |
| 146 | ! ... == 0 when ! ... is false |
| 146 | x != 0 when ! ... is false |
| 146 | x != 0 when x is true |
| 146 | x == 0 when x is false |
| 152 | x != 0 when ... && ... is true |
| 152 | x != 0 when x is true |
| 152 | x == 0 when x is false |
@@ -521,7 +518,6 @@ astGuardsEnsure_const
| test.c:131:7:131:7 | b | test.c:131:7:131:7 | b | != | 0 | 131 | 132 |
| test.c:137:7:137:7 | 0 | test.c:137:7:137:7 | 0 | == | 0 | 142 | 136 |
| test.c:146:7:146:8 | ! ... | test.c:146:7:146:8 | ! ... | != | 0 | 146 | 147 |
| test.c:146:8:146:8 | x | test.c:146:8:146:8 | x | == | 0 | 146 | 147 |
| test.c:152:10:152:10 | x | test.c:152:10:152:10 | x | != | 0 | 151 | 152 |
| test.c:152:10:152:10 | x | test.c:152:10:152:10 | x | != | 0 | 152 | 152 |
| test.c:152:10:152:15 | ... && ... | test.c:152:10:152:10 | x | != | 0 | 151 | 152 |
@@ -693,9 +689,6 @@ irGuardsCompare
| 137 | 0 == 0 when Constant: 0 is false |
| 146 | ! ... != 0 when LogicalNot: ! ... is true |
| 146 | ! ... == 0 when LogicalNot: ! ... is false |
| 146 | x != 0 when Load: x is true |
| 146 | x != 0 when LogicalNot: ! ... is false |
| 146 | x == 0 when Load: x is false |
| 152 | x != 0 when Load: x is true |
| 152 | x == 0 when Load: x is false |
| 152 | y != 0 when Load: y is true |
@@ -1070,7 +1063,6 @@ irGuardsEnsure_const
| test.c:131:7:131:7 | Load: b | test.c:131:7:131:7 | Load: b | != | 0 | 132 | 132 |
| test.c:137:7:137:7 | Constant: 0 | test.c:137:7:137:7 | Constant: 0 | == | 0 | 142 | 142 |
| test.c:146:7:146:8 | LogicalNot: ! ... | test.c:146:7:146:8 | LogicalNot: ! ... | != | 0 | 147 | 147 |
| test.c:146:8:146:8 | Load: x | test.c:146:8:146:8 | Load: x | == | 0 | 147 | 147 |
| test.c:152:10:152:10 | Load: x | test.c:152:10:152:10 | Load: x | != | 0 | 152 | 152 |
| test.c:152:15:152:15 | Load: y | test.c:152:15:152:15 | Load: y | != | 0 | 152 | 152 |
| test.c:175:13:175:32 | CompareEQ: ... == ... | test.c:175:13:175:15 | Call: call to foo | != | 0 | 175 | 175 |

View File

@@ -161,20 +161,11 @@
| 137 | 0 == 0 when 0 is false |
| 146 | ! ... != 0 when ! ... is true |
| 146 | ! ... == 0 when ! ... is false |
| 146 | x != 0 when ! ... is false |
| 146 | x != 0 when x is true |
| 146 | x == 0 when x is false |
| 152 | p != 0 when p is true |
| 152 | p == 0 when p is false |
| 158 | ! ... != 0 when ! ... is true |
| 158 | ! ... == 0 when ! ... is false |
| 158 | p != 0 when ! ... is false |
| 158 | p != 0 when p is true |
| 158 | p == 0 when p is false |
| 164 | s != 0 when s is true |
| 164 | s == 0 when s is false |
| 170 | ! ... != 0 when ! ... is true |
| 170 | ! ... == 0 when ! ... is false |
| 170 | s != 0 when ! ... is false |
| 170 | s != 0 when s is true |
| 170 | s == 0 when s is false |

View File

@@ -245,13 +245,10 @@ unary
| test.c:131:7:131:7 | b | test.c:131:7:131:7 | b | != | 0 | 131 | 132 |
| test.c:137:7:137:7 | 0 | test.c:137:7:137:7 | 0 | == | 0 | 142 | 136 |
| test.c:146:7:146:8 | ! ... | test.c:146:7:146:8 | ! ... | != | 0 | 146 | 147 |
| test.c:146:8:146:8 | x | test.c:146:8:146:8 | x | == | 0 | 146 | 147 |
| test.c:152:8:152:8 | p | test.c:152:8:152:8 | p | != | 0 | 152 | 154 |
| test.c:158:8:158:9 | ! ... | test.c:158:8:158:9 | ! ... | != | 0 | 158 | 160 |
| test.c:158:9:158:9 | p | test.c:158:9:158:9 | p | == | 0 | 158 | 160 |
| test.c:164:8:164:8 | s | test.c:164:8:164:8 | s | != | 0 | 164 | 166 |
| test.c:170:8:170:9 | ! ... | test.c:170:8:170:9 | ! ... | != | 0 | 170 | 172 |
| test.c:170:9:170:9 | s | test.c:170:9:170:9 | s | == | 0 | 170 | 172 |
| test.cpp:18:8:18:10 | call to get | test.cpp:18:8:18:10 | call to get | != | 0 | 19 | 19 |
| test.cpp:31:7:31:13 | ... == ... | test.cpp:31:7:31:7 | x | != | -1 | 30 | 30 |
| test.cpp:31:7:31:13 | ... == ... | test.cpp:31:7:31:7 | x | != | -1 | 34 | 34 |

View File

@@ -1,9 +1,7 @@
edges
| A.cpp:23:10:23:10 | c | A.cpp:25:7:25:17 | ... = ... | provenance | |
| A.cpp:25:7:25:10 | *this [post update] [c] | A.cpp:23:5:23:5 | *this [Return] [c] | provenance | |
| A.cpp:25:7:25:17 | ... = ... | A.cpp:25:7:25:10 | *this [post update] [c] | provenance | |
| A.cpp:27:17:27:17 | c | A.cpp:27:22:27:32 | ... = ... | provenance | |
| A.cpp:27:22:27:25 | *this [post update] [c] | A.cpp:27:10:27:12 | *this [Return] [c] | provenance | |
| A.cpp:27:22:27:32 | ... = ... | A.cpp:27:22:27:25 | *this [post update] [c] | provenance | |
| A.cpp:28:8:28:10 | *this [c] | A.cpp:28:23:28:26 | *this [c] | provenance | |
| A.cpp:28:23:28:26 | *this [c] | A.cpp:28:29:28:29 | c | provenance | |
@@ -15,7 +13,7 @@ edges
| A.cpp:31:20:31:20 | c | A.cpp:23:10:23:10 | c | provenance | |
| A.cpp:31:20:31:20 | c | A.cpp:31:14:31:21 | call to B [c] | provenance | |
| A.cpp:41:5:41:6 | insert output argument | A.cpp:43:10:43:12 | *& ... | provenance | |
| A.cpp:41:15:41:21 | new | A.cpp:41:5:41:6 | insert output argument | provenance | Config |
| A.cpp:41:15:41:21 | new | A.cpp:41:5:41:6 | insert output argument | provenance | |
| A.cpp:47:12:47:18 | new | A.cpp:47:12:47:18 | new | provenance | |
| A.cpp:47:12:47:18 | new | A.cpp:48:20:48:20 | c | provenance | |
| A.cpp:48:12:48:18 | *call to make [c] | A.cpp:48:12:48:18 | *call to make [c] | provenance | |
@@ -68,28 +66,23 @@ edges
| A.cpp:112:7:112:13 | *... = ... [a] | A.cpp:118:18:118:39 | *cc [a] | provenance | |
| A.cpp:118:18:118:39 | *cc [a] | A.cpp:120:12:120:13 | *c1 [a] | provenance | |
| A.cpp:120:12:120:13 | *c1 [a] | A.cpp:120:12:120:16 | a | provenance | |
| A.cpp:124:14:124:14 | *b [Return] [c] | A.cpp:131:8:131:8 | f7 output argument [c] | provenance | |
| A.cpp:124:14:124:14 | *b [c] | A.cpp:131:8:131:8 | f7 output argument [c] | provenance | |
| A.cpp:126:5:126:5 | set output argument [c] | A.cpp:124:14:124:14 | *b [Return] [c] | provenance | |
| A.cpp:126:5:126:5 | set output argument [c] | A.cpp:124:14:124:14 | *b [c] | provenance | |
| A.cpp:126:5:126:5 | set output argument [c] | A.cpp:131:8:131:8 | f7 output argument [c] | provenance | |
| A.cpp:126:12:126:18 | new | A.cpp:27:17:27:17 | c | provenance | |
| A.cpp:126:12:126:18 | new | A.cpp:126:5:126:5 | set output argument [c] | provenance | |
| A.cpp:126:12:126:18 | new | A.cpp:126:12:126:18 | new | provenance | |
| A.cpp:131:8:131:8 | f7 output argument [c] | A.cpp:132:10:132:10 | *b [c] | provenance | |
| A.cpp:132:10:132:10 | *b [c] | A.cpp:132:10:132:13 | c | provenance | |
| A.cpp:140:5:140:5 | *this [Return] [*b, c] | A.cpp:151:12:151:24 | call to D [*b, c] | provenance | |
| A.cpp:140:5:140:5 | *this [Return] [b] | A.cpp:151:12:151:24 | call to D [b] | provenance | |
| A.cpp:140:13:140:13 | *b [Return] [c] | A.cpp:151:18:151:18 | D output argument [c] | provenance | |
| A.cpp:140:13:140:13 | *b [c] | A.cpp:151:18:151:18 | D output argument [c] | provenance | |
| A.cpp:140:13:140:13 | b | A.cpp:143:7:143:31 | ... = ... | provenance | |
| A.cpp:142:7:142:7 | *b [post update] [c] | A.cpp:140:13:140:13 | *b [Return] [c] | provenance | |
| A.cpp:142:7:142:7 | *b [post update] [c] | A.cpp:140:13:140:13 | *b [c] | provenance | |
| A.cpp:142:7:142:7 | *b [post update] [c] | A.cpp:143:7:143:31 | *... = ... [c] | provenance | |
| A.cpp:142:7:142:7 | *b [post update] [c] | A.cpp:151:18:151:18 | D output argument [c] | provenance | |
| A.cpp:142:7:142:20 | ... = ... | A.cpp:142:7:142:7 | *b [post update] [c] | provenance | |
| A.cpp:142:14:142:20 | new | A.cpp:142:7:142:20 | ... = ... | provenance | |
| A.cpp:143:7:143:10 | *this [post update] [*b, c] | A.cpp:140:5:140:5 | *this [Return] [*b, c] | provenance | |
| A.cpp:143:7:143:10 | *this [post update] [b] | A.cpp:140:5:140:5 | *this [Return] [b] | provenance | |
| A.cpp:143:7:143:10 | *this [post update] [b] | A.cpp:140:5:140:5 | *this [Return] [b] | provenance | |
| A.cpp:143:7:143:10 | *this [post update] [*b, c] | A.cpp:151:12:151:24 | call to D [*b, c] | provenance | |
| A.cpp:143:7:143:10 | *this [post update] [b] | A.cpp:151:12:151:24 | call to D [b] | provenance | |
| A.cpp:143:7:143:31 | *... = ... [c] | A.cpp:143:7:143:10 | *this [post update] [*b, c] | provenance | |
| A.cpp:143:7:143:31 | ... = ... | A.cpp:143:7:143:10 | *this [post update] [b] | provenance | |
| A.cpp:143:7:143:31 | ... = ... | A.cpp:143:7:143:10 | *this [post update] [b] | provenance | |
@@ -145,10 +138,7 @@ edges
| A.cpp:181:15:181:21 | newHead | A.cpp:183:7:183:20 | ... = ... | provenance | |
| A.cpp:181:32:181:35 | *next [*next, head] | A.cpp:184:7:184:23 | *... = ... [*next, head] | provenance | |
| A.cpp:181:32:181:35 | *next [head] | A.cpp:184:7:184:23 | *... = ... [head] | provenance | |
| A.cpp:183:7:183:10 | *this [post update] [head] | A.cpp:181:5:181:10 | *this [Return] [head] | provenance | |
| A.cpp:183:7:183:20 | ... = ... | A.cpp:183:7:183:10 | *this [post update] [head] | provenance | |
| A.cpp:184:7:184:10 | *this [post update] [*next, *next, head] | A.cpp:181:5:181:10 | *this [Return] [*next, *next, head] | provenance | |
| A.cpp:184:7:184:10 | *this [post update] [*next, head] | A.cpp:181:5:181:10 | *this [Return] [*next, head] | provenance | |
| A.cpp:184:7:184:23 | *... = ... [*next, head] | A.cpp:184:7:184:10 | *this [post update] [*next, *next, head] | provenance | |
| A.cpp:184:7:184:23 | *... = ... [head] | A.cpp:184:7:184:10 | *this [post update] [*next, head] | provenance | |
| B.cpp:6:15:6:24 | new | B.cpp:6:15:6:24 | new | provenance | |
@@ -177,14 +167,10 @@ edges
| B.cpp:19:14:19:17 | *box1 [elem2] | B.cpp:19:10:19:24 | elem2 | provenance | |
| B.cpp:33:16:33:17 | e1 | B.cpp:35:7:35:22 | ... = ... | provenance | |
| B.cpp:33:26:33:27 | e2 | B.cpp:36:7:36:22 | ... = ... | provenance | |
| B.cpp:35:7:35:10 | *this [post update] [elem1] | B.cpp:33:5:33:8 | *this [Return] [elem1] | provenance | |
| B.cpp:35:7:35:22 | ... = ... | B.cpp:35:7:35:10 | *this [post update] [elem1] | provenance | |
| B.cpp:36:7:36:10 | *this [post update] [elem2] | B.cpp:33:5:33:8 | *this [Return] [elem2] | provenance | |
| B.cpp:36:7:36:22 | ... = ... | B.cpp:36:7:36:10 | *this [post update] [elem2] | provenance | |
| B.cpp:44:16:44:17 | *b1 [elem1] | B.cpp:46:7:46:21 | *... = ... [elem1] | provenance | |
| B.cpp:44:16:44:17 | *b1 [elem2] | B.cpp:46:7:46:21 | *... = ... [elem2] | provenance | |
| B.cpp:46:7:46:10 | *this [post update] [*box1, elem1] | B.cpp:44:5:44:8 | *this [Return] [*box1, elem1] | provenance | |
| B.cpp:46:7:46:10 | *this [post update] [*box1, elem2] | B.cpp:44:5:44:8 | *this [Return] [*box1, elem2] | provenance | |
| B.cpp:46:7:46:21 | *... = ... [elem1] | B.cpp:46:7:46:10 | *this [post update] [*box1, elem1] | provenance | |
| B.cpp:46:7:46:21 | *... = ... [elem2] | B.cpp:46:7:46:10 | *this [post update] [*box1, elem2] | provenance | |
| C.cpp:18:12:18:18 | *new [s1] | C.cpp:19:5:19:5 | *c [s1] | provenance | |
@@ -193,12 +179,10 @@ edges
| C.cpp:18:12:18:18 | call to C [s3] | C.cpp:18:12:18:18 | *new [s3] | provenance | |
| C.cpp:19:5:19:5 | *c [s1] | C.cpp:27:8:27:11 | *this [s1] | provenance | |
| C.cpp:19:5:19:5 | *c [s3] | C.cpp:27:8:27:11 | *this [s3] | provenance | |
| C.cpp:22:3:22:3 | *this [Return] [s1] | C.cpp:18:12:18:18 | call to C [s1] | provenance | |
| C.cpp:22:3:22:3 | *this [Return] [s3] | C.cpp:18:12:18:18 | call to C [s3] | provenance | |
| C.cpp:22:3:22:3 | *this [post update] [s1] | C.cpp:22:3:22:3 | *this [Return] [s1] | provenance | |
| C.cpp:22:3:22:3 | *this [post update] [s1] | C.cpp:18:12:18:18 | call to C [s1] | provenance | |
| C.cpp:22:12:22:21 | new | C.cpp:22:3:22:3 | *this [post update] [s1] | provenance | |
| C.cpp:22:12:22:21 | new | C.cpp:22:12:22:21 | new | provenance | |
| C.cpp:24:5:24:8 | *this [post update] [s3] | C.cpp:22:3:22:3 | *this [Return] [s3] | provenance | |
| C.cpp:24:5:24:8 | *this [post update] [s3] | C.cpp:18:12:18:18 | call to C [s3] | provenance | |
| C.cpp:24:5:24:25 | ... = ... | C.cpp:24:5:24:8 | *this [post update] [s3] | provenance | |
| C.cpp:24:16:24:25 | new | C.cpp:24:5:24:25 | ... = ... | provenance | |
| C.cpp:27:8:27:11 | *this [s1] | C.cpp:29:10:29:11 | *this [s1] | provenance | |
@@ -210,7 +194,6 @@ edges
| D.cpp:10:30:10:33 | elem | D.cpp:10:11:10:17 | *getElem | provenance | |
| D.cpp:10:30:10:33 | elem | D.cpp:10:30:10:33 | elem | provenance | |
| D.cpp:11:24:11:24 | e | D.cpp:11:29:11:36 | ... = ... | provenance | |
| D.cpp:11:29:11:32 | *this [post update] [elem] | D.cpp:11:10:11:16 | *this [Return] [elem] | provenance | |
| D.cpp:11:29:11:36 | ... = ... | D.cpp:11:29:11:32 | *this [post update] [elem] | provenance | |
| D.cpp:17:11:17:17 | *this [*box, elem] | D.cpp:17:30:17:32 | *this [*box, elem] | provenance | |
| D.cpp:17:30:17:32 | *box [elem] | D.cpp:17:11:17:17 | **getBox1 [elem] | provenance | |
@@ -269,16 +252,14 @@ edges
| E.cpp:30:23:30:26 | *data [post update] [*buffer] | E.cpp:30:21:30:21 | *p [post update] [data, *buffer] | provenance | |
| E.cpp:32:10:32:10 | *b [*buffer] | E.cpp:32:13:32:18 | *buffer | provenance | |
| E.cpp:33:18:33:19 | *& ... [data, *buffer] | E.cpp:19:27:19:27 | *p [data, *buffer] | provenance | |
| aliasing.cpp:8:23:8:23 | *s [Return] [m1] | aliasing.cpp:25:17:25:19 | pointerSetter output argument [m1] | provenance | |
| aliasing.cpp:8:23:8:23 | *s [m1] | aliasing.cpp:25:17:25:19 | pointerSetter output argument [m1] | provenance | |
| aliasing.cpp:9:3:9:3 | *s [post update] [m1] | aliasing.cpp:8:23:8:23 | *s [Return] [m1] | provenance | |
| aliasing.cpp:9:3:9:3 | *s [post update] [m1] | aliasing.cpp:8:23:8:23 | *s [m1] | provenance | |
| aliasing.cpp:9:3:9:3 | *s [post update] [m1] | aliasing.cpp:25:17:25:19 | pointerSetter output argument [m1] | provenance | |
| aliasing.cpp:9:3:9:22 | ... = ... | aliasing.cpp:9:3:9:3 | *s [post update] [m1] | provenance | |
| aliasing.cpp:9:11:9:20 | call to user_input | aliasing.cpp:9:3:9:22 | ... = ... | provenance | |
| aliasing.cpp:12:25:12:25 | *s [Return] [m1] | aliasing.cpp:26:19:26:20 | referenceSetter output argument [m1] | provenance | |
| aliasing.cpp:12:25:12:25 | *s [m1] | aliasing.cpp:26:19:26:20 | referenceSetter output argument [m1] | provenance | |
| aliasing.cpp:13:3:13:3 | *s [post update] [m1] | aliasing.cpp:12:25:12:25 | *s [Return] [m1] | provenance | |
| aliasing.cpp:13:3:13:3 | *s [post update] [m1] | aliasing.cpp:12:25:12:25 | *s [m1] | provenance | |
| aliasing.cpp:13:3:13:3 | *s [post update] [m1] | aliasing.cpp:26:19:26:20 | referenceSetter output argument [m1] | provenance | |
| aliasing.cpp:13:3:13:21 | ... = ... | aliasing.cpp:13:3:13:3 | *s [post update] [m1] | provenance | |
| aliasing.cpp:13:10:13:19 | call to user_input | aliasing.cpp:13:3:13:21 | ... = ... | provenance | |
| aliasing.cpp:25:17:25:19 | pointerSetter output argument [m1] | aliasing.cpp:29:8:29:9 | *s1 [m1] | provenance | |
@@ -395,18 +376,14 @@ edges
| arrays.cpp:50:10:50:17 | *indirect [*ptr, data] | arrays.cpp:50:20:50:22 | *ptr [data] | provenance | |
| arrays.cpp:50:20:50:22 | *ptr [data] | arrays.cpp:50:8:50:25 | *access to array [data] | provenance | |
| by_reference.cpp:11:48:11:52 | value | by_reference.cpp:12:5:12:16 | ... = ... | provenance | |
| by_reference.cpp:12:5:12:5 | *s [post update] [a] | by_reference.cpp:11:39:11:39 | *s [Return] [a] | provenance | |
| by_reference.cpp:12:5:12:5 | *s [post update] [a] | by_reference.cpp:11:39:11:39 | *s [a] | provenance | |
| by_reference.cpp:12:5:12:16 | ... = ... | by_reference.cpp:12:5:12:5 | *s [post update] [a] | provenance | |
| by_reference.cpp:15:26:15:30 | value | by_reference.cpp:16:5:16:19 | ... = ... | provenance | |
| by_reference.cpp:16:5:16:8 | *this [post update] [a] | by_reference.cpp:15:8:15:18 | *this [Return] [a] | provenance | |
| by_reference.cpp:16:5:16:19 | ... = ... | by_reference.cpp:16:5:16:8 | *this [post update] [a] | provenance | |
| by_reference.cpp:19:28:19:32 | value | by_reference.cpp:20:23:20:27 | value | provenance | |
| by_reference.cpp:20:5:20:8 | setDirectly output argument [a] | by_reference.cpp:19:8:19:20 | *this [Return] [a] | provenance | |
| by_reference.cpp:20:23:20:27 | value | by_reference.cpp:15:26:15:30 | value | provenance | |
| by_reference.cpp:20:23:20:27 | value | by_reference.cpp:20:5:20:8 | setDirectly output argument [a] | provenance | |
| by_reference.cpp:23:34:23:38 | value | by_reference.cpp:24:25:24:29 | value | provenance | |
| by_reference.cpp:24:19:24:22 | nonMemberSetA output argument [a] | by_reference.cpp:23:8:23:26 | *this [Return] [a] | provenance | |
| by_reference.cpp:24:25:24:29 | value | by_reference.cpp:11:48:11:52 | value | provenance | |
| by_reference.cpp:24:25:24:29 | value | by_reference.cpp:24:19:24:22 | nonMemberSetA output argument [a] | provenance | |
| by_reference.cpp:31:46:31:46 | *s [a] | by_reference.cpp:32:12:32:12 | *s [a] | provenance | |
@@ -447,28 +424,26 @@ edges
| by_reference.cpp:68:21:68:30 | call to user_input | by_reference.cpp:68:17:68:18 | nonMemberSetA output argument [a] | provenance | |
| by_reference.cpp:69:22:69:23 | *& ... [a] | by_reference.cpp:31:46:31:46 | *s [a] | provenance | |
| by_reference.cpp:69:22:69:23 | *& ... [a] | by_reference.cpp:69:8:69:20 | call to nonMemberGetA | provenance | |
| by_reference.cpp:83:31:83:35 | *inner [Return] [a] | by_reference.cpp:102:21:102:39 | taint_inner_a_ptr output argument [a] | provenance | |
| by_reference.cpp:83:31:83:35 | *inner [Return] [a] | by_reference.cpp:103:27:103:35 | taint_inner_a_ptr output argument [a] | provenance | |
| by_reference.cpp:83:31:83:35 | *inner [Return] [a] | by_reference.cpp:106:21:106:41 | taint_inner_a_ptr output argument [a] | provenance | |
| by_reference.cpp:83:31:83:35 | *inner [Return] [a] | by_reference.cpp:107:29:107:37 | taint_inner_a_ptr output argument [a] | provenance | |
| by_reference.cpp:83:31:83:35 | *inner [a] | by_reference.cpp:102:21:102:39 | taint_inner_a_ptr output argument [a] | provenance | |
| by_reference.cpp:83:31:83:35 | *inner [a] | by_reference.cpp:103:27:103:35 | taint_inner_a_ptr output argument [a] | provenance | |
| by_reference.cpp:83:31:83:35 | *inner [a] | by_reference.cpp:106:21:106:41 | taint_inner_a_ptr output argument [a] | provenance | |
| by_reference.cpp:83:31:83:35 | *inner [a] | by_reference.cpp:107:29:107:37 | taint_inner_a_ptr output argument [a] | provenance | |
| by_reference.cpp:84:3:84:7 | *inner [post update] [a] | by_reference.cpp:83:31:83:35 | *inner [Return] [a] | provenance | |
| by_reference.cpp:84:3:84:7 | *inner [post update] [a] | by_reference.cpp:83:31:83:35 | *inner [a] | provenance | |
| by_reference.cpp:84:3:84:7 | *inner [post update] [a] | by_reference.cpp:102:21:102:39 | taint_inner_a_ptr output argument [a] | provenance | |
| by_reference.cpp:84:3:84:7 | *inner [post update] [a] | by_reference.cpp:103:27:103:35 | taint_inner_a_ptr output argument [a] | provenance | |
| by_reference.cpp:84:3:84:7 | *inner [post update] [a] | by_reference.cpp:106:21:106:41 | taint_inner_a_ptr output argument [a] | provenance | |
| by_reference.cpp:84:3:84:7 | *inner [post update] [a] | by_reference.cpp:107:29:107:37 | taint_inner_a_ptr output argument [a] | provenance | |
| by_reference.cpp:84:3:84:25 | ... = ... | by_reference.cpp:84:3:84:7 | *inner [post update] [a] | provenance | |
| by_reference.cpp:84:14:84:23 | call to user_input | by_reference.cpp:84:3:84:25 | ... = ... | provenance | |
| by_reference.cpp:87:31:87:35 | *inner [Return] [a] | by_reference.cpp:122:21:122:38 | taint_inner_a_ref output argument [a] | provenance | |
| by_reference.cpp:87:31:87:35 | *inner [Return] [a] | by_reference.cpp:123:21:123:36 | taint_inner_a_ref output argument [a] | provenance | |
| by_reference.cpp:87:31:87:35 | *inner [Return] [a] | by_reference.cpp:126:21:126:40 | taint_inner_a_ref output argument [a] | provenance | |
| by_reference.cpp:87:31:87:35 | *inner [Return] [a] | by_reference.cpp:127:21:127:38 | taint_inner_a_ref output argument [a] | provenance | |
| by_reference.cpp:87:31:87:35 | *inner [a] | by_reference.cpp:122:21:122:38 | taint_inner_a_ref output argument [a] | provenance | |
| by_reference.cpp:87:31:87:35 | *inner [a] | by_reference.cpp:123:21:123:36 | taint_inner_a_ref output argument [a] | provenance | |
| by_reference.cpp:87:31:87:35 | *inner [a] | by_reference.cpp:126:21:126:40 | taint_inner_a_ref output argument [a] | provenance | |
| by_reference.cpp:87:31:87:35 | *inner [a] | by_reference.cpp:127:21:127:38 | taint_inner_a_ref output argument [a] | provenance | |
| by_reference.cpp:88:3:88:7 | *inner [post update] [a] | by_reference.cpp:87:31:87:35 | *inner [Return] [a] | provenance | |
| by_reference.cpp:88:3:88:7 | *inner [post update] [a] | by_reference.cpp:87:31:87:35 | *inner [a] | provenance | |
| by_reference.cpp:88:3:88:7 | *inner [post update] [a] | by_reference.cpp:122:21:122:38 | taint_inner_a_ref output argument [a] | provenance | |
| by_reference.cpp:88:3:88:7 | *inner [post update] [a] | by_reference.cpp:123:21:123:36 | taint_inner_a_ref output argument [a] | provenance | |
| by_reference.cpp:88:3:88:7 | *inner [post update] [a] | by_reference.cpp:126:21:126:40 | taint_inner_a_ref output argument [a] | provenance | |
| by_reference.cpp:88:3:88:7 | *inner [post update] [a] | by_reference.cpp:127:21:127:38 | taint_inner_a_ref output argument [a] | provenance | |
| by_reference.cpp:88:3:88:24 | ... = ... | by_reference.cpp:88:3:88:7 | *inner [post update] [a] | provenance | |
| by_reference.cpp:88:13:88:22 | call to user_input | by_reference.cpp:88:3:88:24 | ... = ... | provenance | |
| by_reference.cpp:91:25:91:26 | *pa | by_reference.cpp:104:15:104:22 | taint_a_ptr output argument | provenance | |
@@ -624,10 +599,8 @@ edges
| complex.cpp:10:20:10:21 | b_ | complex.cpp:10:7:10:7 | *b | provenance | |
| complex.cpp:10:20:10:21 | b_ | complex.cpp:10:20:10:21 | b_ | provenance | |
| complex.cpp:11:17:11:17 | a | complex.cpp:11:22:11:27 | ... = ... | provenance | |
| complex.cpp:11:22:11:23 | *this [post update] [a_] | complex.cpp:11:8:11:11 | *this [Return] [a_] | provenance | |
| complex.cpp:11:22:11:27 | ... = ... | complex.cpp:11:22:11:23 | *this [post update] [a_] | provenance | |
| complex.cpp:12:17:12:17 | b | complex.cpp:12:22:12:27 | ... = ... | provenance | |
| complex.cpp:12:22:12:23 | *this [post update] [b_] | complex.cpp:12:8:12:11 | *this [Return] [b_] | provenance | |
| complex.cpp:12:22:12:27 | ... = ... | complex.cpp:12:22:12:23 | *this [post update] [b_] | provenance | |
| complex.cpp:40:17:40:17 | *b [inner, f, a_] | complex.cpp:42:8:42:8 | *b [inner, f, a_] | provenance | |
| complex.cpp:40:17:40:17 | *b [inner, f, b_] | complex.cpp:43:8:43:8 | *b [inner, f, b_] | provenance | |
@@ -696,8 +669,6 @@ edges
| constructors.cpp:19:22:19:23 | *this [b_] | constructors.cpp:19:22:19:23 | b_ | provenance | |
| constructors.cpp:19:22:19:23 | b_ | constructors.cpp:19:9:19:9 | *b | provenance | |
| constructors.cpp:19:22:19:23 | b_ | constructors.cpp:19:22:19:23 | b_ | provenance | |
| constructors.cpp:23:5:23:7 | *this [post update] [a_] | constructors.cpp:23:5:23:7 | *this [Return] [a_] | provenance | |
| constructors.cpp:23:5:23:7 | *this [post update] [b_] | constructors.cpp:23:5:23:7 | *this [Return] [b_] | provenance | |
| constructors.cpp:23:13:23:13 | a | constructors.cpp:23:28:23:28 | a | provenance | |
| constructors.cpp:23:20:23:20 | b | constructors.cpp:23:35:23:35 | b | provenance | |
| constructors.cpp:23:28:23:28 | a | constructors.cpp:23:5:23:7 | *this [post update] [a_] | provenance | |
@@ -725,14 +696,11 @@ edges
| constructors.cpp:46:9:46:9 | *h [a_] | constructors.cpp:26:15:26:15 | *f [a_] | provenance | |
| constructors.cpp:46:9:46:9 | *h [b_] | constructors.cpp:26:15:26:15 | *f [b_] | provenance | |
| qualifiers.cpp:9:21:9:25 | value | qualifiers.cpp:9:30:9:44 | ... = ... | provenance | |
| qualifiers.cpp:9:30:9:33 | *this [post update] [a] | qualifiers.cpp:9:10:9:13 | *this [Return] [a] | provenance | |
| qualifiers.cpp:9:30:9:44 | ... = ... | qualifiers.cpp:9:30:9:33 | *this [post update] [a] | provenance | |
| qualifiers.cpp:12:40:12:44 | value | qualifiers.cpp:12:49:12:64 | ... = ... | provenance | |
| qualifiers.cpp:12:49:12:53 | *inner [post update] [a] | qualifiers.cpp:12:27:12:31 | *inner [Return] [a] | provenance | |
| qualifiers.cpp:12:49:12:53 | *inner [post update] [a] | qualifiers.cpp:12:27:12:31 | *inner [a] | provenance | |
| qualifiers.cpp:12:49:12:64 | ... = ... | qualifiers.cpp:12:49:12:53 | *inner [post update] [a] | provenance | |
| qualifiers.cpp:13:42:13:46 | value | qualifiers.cpp:13:51:13:65 | ... = ... | provenance | |
| qualifiers.cpp:13:51:13:55 | *inner [post update] [a] | qualifiers.cpp:13:29:13:33 | *inner [Return] [a] | provenance | |
| qualifiers.cpp:13:51:13:55 | *inner [post update] [a] | qualifiers.cpp:13:29:13:33 | *inner [a] | provenance | |
| qualifiers.cpp:13:51:13:65 | ... = ... | qualifiers.cpp:13:51:13:55 | *inner [post update] [a] | provenance | |
| qualifiers.cpp:22:5:22:9 | getInner output argument [*inner, a] | qualifiers.cpp:23:10:23:14 | *outer [*inner, a] | provenance | |
@@ -790,10 +758,8 @@ edges
| simple.cpp:19:22:19:23 | b_ | simple.cpp:19:9:19:9 | *b | provenance | |
| simple.cpp:19:22:19:23 | b_ | simple.cpp:19:22:19:23 | b_ | provenance | |
| simple.cpp:20:19:20:19 | a | simple.cpp:20:24:20:29 | ... = ... | provenance | |
| simple.cpp:20:24:20:25 | *this [post update] [a_] | simple.cpp:20:10:20:13 | *this [Return] [a_] | provenance | |
| simple.cpp:20:24:20:29 | ... = ... | simple.cpp:20:24:20:25 | *this [post update] [a_] | provenance | |
| simple.cpp:21:19:21:19 | b | simple.cpp:21:24:21:29 | ... = ... | provenance | |
| simple.cpp:21:24:21:25 | *this [post update] [b_] | simple.cpp:21:10:21:13 | *this [Return] [b_] | provenance | |
| simple.cpp:21:24:21:29 | ... = ... | simple.cpp:21:24:21:25 | *this [post update] [b_] | provenance | |
| simple.cpp:26:15:26:15 | *f [a_] | simple.cpp:28:10:28:10 | *f [a_] | provenance | |
| simple.cpp:26:15:26:15 | *f [b_] | simple.cpp:29:10:29:10 | *f [b_] | provenance | |
@@ -878,11 +844,9 @@ edges
| struct_init.c:46:10:46:14 | *outer [*pointerAB, a] | struct_init.c:46:16:46:24 | *pointerAB [a] | provenance | |
| struct_init.c:46:16:46:24 | *pointerAB [a] | struct_init.c:14:24:14:25 | *ab [a] | provenance | |
nodes
| A.cpp:23:5:23:5 | *this [Return] [c] | semmle.label | *this [Return] [c] |
| A.cpp:23:10:23:10 | c | semmle.label | c |
| A.cpp:25:7:25:10 | *this [post update] [c] | semmle.label | *this [post update] [c] |
| A.cpp:25:7:25:17 | ... = ... | semmle.label | ... = ... |
| A.cpp:27:10:27:12 | *this [Return] [c] | semmle.label | *this [Return] [c] |
| A.cpp:27:17:27:17 | c | semmle.label | c |
| A.cpp:27:22:27:25 | *this [post update] [c] | semmle.label | *this [post update] [c] |
| A.cpp:27:22:27:32 | ... = ... | semmle.label | ... = ... |
@@ -950,7 +914,6 @@ nodes
| A.cpp:118:18:118:39 | *cc [a] | semmle.label | *cc [a] |
| A.cpp:120:12:120:13 | *c1 [a] | semmle.label | *c1 [a] |
| A.cpp:120:12:120:16 | a | semmle.label | a |
| A.cpp:124:14:124:14 | *b [Return] [c] | semmle.label | *b [Return] [c] |
| A.cpp:124:14:124:14 | *b [c] | semmle.label | *b [c] |
| A.cpp:126:5:126:5 | set output argument [c] | semmle.label | set output argument [c] |
| A.cpp:126:12:126:18 | new | semmle.label | new |
@@ -958,10 +921,6 @@ nodes
| A.cpp:131:8:131:8 | f7 output argument [c] | semmle.label | f7 output argument [c] |
| A.cpp:132:10:132:10 | *b [c] | semmle.label | *b [c] |
| A.cpp:132:10:132:13 | c | semmle.label | c |
| A.cpp:140:5:140:5 | *this [Return] [*b, c] | semmle.label | *this [Return] [*b, c] |
| A.cpp:140:5:140:5 | *this [Return] [b] | semmle.label | *this [Return] [b] |
| A.cpp:140:5:140:5 | *this [Return] [b] | semmle.label | *this [Return] [b] |
| A.cpp:140:13:140:13 | *b [Return] [c] | semmle.label | *b [Return] [c] |
| A.cpp:140:13:140:13 | *b [c] | semmle.label | *b [c] |
| A.cpp:140:13:140:13 | b | semmle.label | b |
| A.cpp:142:7:142:7 | *b [post update] [c] | semmle.label | *b [post update] [c] |
@@ -1020,9 +979,6 @@ nodes
| A.cpp:169:12:169:18 | head | semmle.label | head |
| A.cpp:173:26:173:26 | *o [c] | semmle.label | *o [c] |
| A.cpp:173:26:173:26 | *o [c] | semmle.label | *o [c] |
| A.cpp:181:5:181:10 | *this [Return] [*next, *next, head] | semmle.label | *this [Return] [*next, *next, head] |
| A.cpp:181:5:181:10 | *this [Return] [*next, head] | semmle.label | *this [Return] [*next, head] |
| A.cpp:181:5:181:10 | *this [Return] [head] | semmle.label | *this [Return] [head] |
| A.cpp:181:15:181:21 | newHead | semmle.label | newHead |
| A.cpp:181:32:181:35 | *next [*next, head] | semmle.label | *next [*next, head] |
| A.cpp:181:32:181:35 | *next [head] | semmle.label | *next [head] |
@@ -1054,16 +1010,12 @@ nodes
| B.cpp:19:10:19:11 | *b2 [*box1, elem2] | semmle.label | *b2 [*box1, elem2] |
| B.cpp:19:10:19:24 | elem2 | semmle.label | elem2 |
| B.cpp:19:14:19:17 | *box1 [elem2] | semmle.label | *box1 [elem2] |
| B.cpp:33:5:33:8 | *this [Return] [elem1] | semmle.label | *this [Return] [elem1] |
| B.cpp:33:5:33:8 | *this [Return] [elem2] | semmle.label | *this [Return] [elem2] |
| B.cpp:33:16:33:17 | e1 | semmle.label | e1 |
| B.cpp:33:26:33:27 | e2 | semmle.label | e2 |
| B.cpp:35:7:35:10 | *this [post update] [elem1] | semmle.label | *this [post update] [elem1] |
| B.cpp:35:7:35:22 | ... = ... | semmle.label | ... = ... |
| B.cpp:36:7:36:10 | *this [post update] [elem2] | semmle.label | *this [post update] [elem2] |
| B.cpp:36:7:36:22 | ... = ... | semmle.label | ... = ... |
| B.cpp:44:5:44:8 | *this [Return] [*box1, elem1] | semmle.label | *this [Return] [*box1, elem1] |
| B.cpp:44:5:44:8 | *this [Return] [*box1, elem2] | semmle.label | *this [Return] [*box1, elem2] |
| B.cpp:44:16:44:17 | *b1 [elem1] | semmle.label | *b1 [elem1] |
| B.cpp:44:16:44:17 | *b1 [elem2] | semmle.label | *b1 [elem2] |
| B.cpp:46:7:46:10 | *this [post update] [*box1, elem1] | semmle.label | *this [post update] [*box1, elem1] |
@@ -1076,8 +1028,6 @@ nodes
| C.cpp:18:12:18:18 | call to C [s3] | semmle.label | call to C [s3] |
| C.cpp:19:5:19:5 | *c [s1] | semmle.label | *c [s1] |
| C.cpp:19:5:19:5 | *c [s3] | semmle.label | *c [s3] |
| C.cpp:22:3:22:3 | *this [Return] [s1] | semmle.label | *this [Return] [s1] |
| C.cpp:22:3:22:3 | *this [Return] [s3] | semmle.label | *this [Return] [s3] |
| C.cpp:22:3:22:3 | *this [post update] [s1] | semmle.label | *this [post update] [s1] |
| C.cpp:22:12:22:21 | new | semmle.label | new |
| C.cpp:22:12:22:21 | new | semmle.label | new |
@@ -1095,7 +1045,6 @@ nodes
| D.cpp:10:30:10:33 | *this [elem] | semmle.label | *this [elem] |
| D.cpp:10:30:10:33 | elem | semmle.label | elem |
| D.cpp:10:30:10:33 | elem | semmle.label | elem |
| D.cpp:11:10:11:16 | *this [Return] [elem] | semmle.label | *this [Return] [elem] |
| D.cpp:11:24:11:24 | e | semmle.label | e |
| D.cpp:11:29:11:32 | *this [post update] [elem] | semmle.label | *this [post update] [elem] |
| D.cpp:11:29:11:36 | ... = ... | semmle.label | ... = ... |
@@ -1158,12 +1107,10 @@ nodes
| E.cpp:32:10:32:10 | *b [*buffer] | semmle.label | *b [*buffer] |
| E.cpp:32:13:32:18 | *buffer | semmle.label | *buffer |
| E.cpp:33:18:33:19 | *& ... [data, *buffer] | semmle.label | *& ... [data, *buffer] |
| aliasing.cpp:8:23:8:23 | *s [Return] [m1] | semmle.label | *s [Return] [m1] |
| aliasing.cpp:8:23:8:23 | *s [m1] | semmle.label | *s [m1] |
| aliasing.cpp:9:3:9:3 | *s [post update] [m1] | semmle.label | *s [post update] [m1] |
| aliasing.cpp:9:3:9:22 | ... = ... | semmle.label | ... = ... |
| aliasing.cpp:9:11:9:20 | call to user_input | semmle.label | call to user_input |
| aliasing.cpp:12:25:12:25 | *s [Return] [m1] | semmle.label | *s [Return] [m1] |
| aliasing.cpp:12:25:12:25 | *s [m1] | semmle.label | *s [m1] |
| aliasing.cpp:13:3:13:3 | *s [post update] [m1] | semmle.label | *s [post update] [m1] |
| aliasing.cpp:13:3:13:21 | ... = ... | semmle.label | ... = ... |
@@ -1289,20 +1236,16 @@ nodes
| arrays.cpp:50:10:50:17 | *indirect [*ptr, data] | semmle.label | *indirect [*ptr, data] |
| arrays.cpp:50:20:50:22 | *ptr [data] | semmle.label | *ptr [data] |
| arrays.cpp:50:27:50:30 | data | semmle.label | data |
| by_reference.cpp:11:39:11:39 | *s [Return] [a] | semmle.label | *s [Return] [a] |
| by_reference.cpp:11:39:11:39 | *s [a] | semmle.label | *s [a] |
| by_reference.cpp:11:48:11:52 | value | semmle.label | value |
| by_reference.cpp:12:5:12:5 | *s [post update] [a] | semmle.label | *s [post update] [a] |
| by_reference.cpp:12:5:12:16 | ... = ... | semmle.label | ... = ... |
| by_reference.cpp:15:8:15:18 | *this [Return] [a] | semmle.label | *this [Return] [a] |
| by_reference.cpp:15:26:15:30 | value | semmle.label | value |
| by_reference.cpp:16:5:16:8 | *this [post update] [a] | semmle.label | *this [post update] [a] |
| by_reference.cpp:16:5:16:19 | ... = ... | semmle.label | ... = ... |
| by_reference.cpp:19:8:19:20 | *this [Return] [a] | semmle.label | *this [Return] [a] |
| by_reference.cpp:19:28:19:32 | value | semmle.label | value |
| by_reference.cpp:20:5:20:8 | setDirectly output argument [a] | semmle.label | setDirectly output argument [a] |
| by_reference.cpp:20:23:20:27 | value | semmle.label | value |
| by_reference.cpp:23:8:23:26 | *this [Return] [a] | semmle.label | *this [Return] [a] |
| by_reference.cpp:23:34:23:38 | value | semmle.label | value |
| by_reference.cpp:24:19:24:22 | nonMemberSetA output argument [a] | semmle.label | nonMemberSetA output argument [a] |
| by_reference.cpp:24:25:24:29 | value | semmle.label | value |
@@ -1342,12 +1285,10 @@ nodes
| by_reference.cpp:68:21:68:30 | call to user_input | semmle.label | call to user_input |
| by_reference.cpp:69:8:69:20 | call to nonMemberGetA | semmle.label | call to nonMemberGetA |
| by_reference.cpp:69:22:69:23 | *& ... [a] | semmle.label | *& ... [a] |
| by_reference.cpp:83:31:83:35 | *inner [Return] [a] | semmle.label | *inner [Return] [a] |
| by_reference.cpp:83:31:83:35 | *inner [a] | semmle.label | *inner [a] |
| by_reference.cpp:84:3:84:7 | *inner [post update] [a] | semmle.label | *inner [post update] [a] |
| by_reference.cpp:84:3:84:25 | ... = ... | semmle.label | ... = ... |
| by_reference.cpp:84:14:84:23 | call to user_input | semmle.label | call to user_input |
| by_reference.cpp:87:31:87:35 | *inner [Return] [a] | semmle.label | *inner [Return] [a] |
| by_reference.cpp:87:31:87:35 | *inner [a] | semmle.label | *inner [a] |
| by_reference.cpp:88:3:88:7 | *inner [post update] [a] | semmle.label | *inner [post update] [a] |
| by_reference.cpp:88:3:88:24 | ... = ... | semmle.label | ... = ... |
@@ -1513,11 +1454,9 @@ nodes
| complex.cpp:10:20:10:21 | *this [b_] | semmle.label | *this [b_] |
| complex.cpp:10:20:10:21 | b_ | semmle.label | b_ |
| complex.cpp:10:20:10:21 | b_ | semmle.label | b_ |
| complex.cpp:11:8:11:11 | *this [Return] [a_] | semmle.label | *this [Return] [a_] |
| complex.cpp:11:17:11:17 | a | semmle.label | a |
| complex.cpp:11:22:11:23 | *this [post update] [a_] | semmle.label | *this [post update] [a_] |
| complex.cpp:11:22:11:27 | ... = ... | semmle.label | ... = ... |
| complex.cpp:12:8:12:11 | *this [Return] [b_] | semmle.label | *this [Return] [b_] |
| complex.cpp:12:17:12:17 | b | semmle.label | b |
| complex.cpp:12:22:12:23 | *this [post update] [b_] | semmle.label | *this [post update] [b_] |
| complex.cpp:12:22:12:27 | ... = ... | semmle.label | ... = ... |
@@ -1592,8 +1531,6 @@ nodes
| constructors.cpp:19:22:19:23 | *this [b_] | semmle.label | *this [b_] |
| constructors.cpp:19:22:19:23 | b_ | semmle.label | b_ |
| constructors.cpp:19:22:19:23 | b_ | semmle.label | b_ |
| constructors.cpp:23:5:23:7 | *this [Return] [a_] | semmle.label | *this [Return] [a_] |
| constructors.cpp:23:5:23:7 | *this [Return] [b_] | semmle.label | *this [Return] [b_] |
| constructors.cpp:23:5:23:7 | *this [post update] [a_] | semmle.label | *this [post update] [a_] |
| constructors.cpp:23:5:23:7 | *this [post update] [b_] | semmle.label | *this [post update] [b_] |
| constructors.cpp:23:13:23:13 | a | semmle.label | a |
@@ -1618,16 +1555,13 @@ nodes
| constructors.cpp:43:9:43:9 | *g [b_] | semmle.label | *g [b_] |
| constructors.cpp:46:9:46:9 | *h [a_] | semmle.label | *h [a_] |
| constructors.cpp:46:9:46:9 | *h [b_] | semmle.label | *h [b_] |
| qualifiers.cpp:9:10:9:13 | *this [Return] [a] | semmle.label | *this [Return] [a] |
| qualifiers.cpp:9:21:9:25 | value | semmle.label | value |
| qualifiers.cpp:9:30:9:33 | *this [post update] [a] | semmle.label | *this [post update] [a] |
| qualifiers.cpp:9:30:9:44 | ... = ... | semmle.label | ... = ... |
| qualifiers.cpp:12:27:12:31 | *inner [Return] [a] | semmle.label | *inner [Return] [a] |
| qualifiers.cpp:12:27:12:31 | *inner [a] | semmle.label | *inner [a] |
| qualifiers.cpp:12:40:12:44 | value | semmle.label | value |
| qualifiers.cpp:12:49:12:53 | *inner [post update] [a] | semmle.label | *inner [post update] [a] |
| qualifiers.cpp:12:49:12:64 | ... = ... | semmle.label | ... = ... |
| qualifiers.cpp:13:29:13:33 | *inner [Return] [a] | semmle.label | *inner [Return] [a] |
| qualifiers.cpp:13:29:13:33 | *inner [a] | semmle.label | *inner [a] |
| qualifiers.cpp:13:42:13:46 | value | semmle.label | value |
| qualifiers.cpp:13:51:13:55 | *inner [post update] [a] | semmle.label | *inner [post update] [a] |
@@ -1692,11 +1626,9 @@ nodes
| simple.cpp:19:22:19:23 | *this [b_] | semmle.label | *this [b_] |
| simple.cpp:19:22:19:23 | b_ | semmle.label | b_ |
| simple.cpp:19:22:19:23 | b_ | semmle.label | b_ |
| simple.cpp:20:10:20:13 | *this [Return] [a_] | semmle.label | *this [Return] [a_] |
| simple.cpp:20:19:20:19 | a | semmle.label | a |
| simple.cpp:20:24:20:25 | *this [post update] [a_] | semmle.label | *this [post update] [a_] |
| simple.cpp:20:24:20:29 | ... = ... | semmle.label | ... = ... |
| simple.cpp:21:10:21:13 | *this [Return] [b_] | semmle.label | *this [Return] [b_] |
| simple.cpp:21:19:21:19 | b | semmle.label | b |
| simple.cpp:21:24:21:25 | *this [post update] [b_] | semmle.label | *this [post update] [b_] |
| simple.cpp:21:24:21:29 | ... = ... | semmle.label | ... = ... |
@@ -1783,67 +1715,67 @@ nodes
| struct_init.c:46:10:46:14 | *outer [*pointerAB, a] | semmle.label | *outer [*pointerAB, a] |
| struct_init.c:46:16:46:24 | *pointerAB [a] | semmle.label | *pointerAB [a] |
subpaths
| A.cpp:31:20:31:20 | c | A.cpp:23:10:23:10 | c | A.cpp:23:5:23:5 | *this [Return] [c] | A.cpp:31:14:31:21 | call to B [c] |
| A.cpp:31:20:31:20 | c | A.cpp:23:10:23:10 | c | A.cpp:25:7:25:10 | *this [post update] [c] | A.cpp:31:14:31:21 | call to B [c] |
| A.cpp:48:20:48:20 | c | A.cpp:29:23:29:23 | c | A.cpp:29:15:29:18 | **make [c] | A.cpp:48:12:48:18 | *call to make [c] |
| A.cpp:55:12:55:19 | new | A.cpp:27:17:27:17 | c | A.cpp:27:10:27:12 | *this [Return] [c] | A.cpp:55:5:55:5 | set output argument [c] |
| A.cpp:55:12:55:19 | new | A.cpp:27:17:27:17 | c | A.cpp:27:22:27:25 | *this [post update] [c] | A.cpp:55:5:55:5 | set output argument [c] |
| A.cpp:56:10:56:10 | *b [c] | A.cpp:28:8:28:10 | *this [c] | A.cpp:28:8:28:10 | *get | A.cpp:56:10:56:17 | call to get |
| A.cpp:57:11:57:24 | *new [c] | A.cpp:28:8:28:10 | *this [c] | A.cpp:28:8:28:10 | *get | A.cpp:57:10:57:32 | call to get |
| A.cpp:57:17:57:23 | new | A.cpp:23:10:23:10 | c | A.cpp:23:5:23:5 | *this [Return] [c] | A.cpp:57:11:57:24 | call to B [c] |
| A.cpp:57:17:57:23 | new | A.cpp:23:10:23:10 | c | A.cpp:25:7:25:10 | *this [post update] [c] | A.cpp:57:11:57:24 | call to B [c] |
| A.cpp:64:21:64:28 | new | A.cpp:85:26:85:26 | c | A.cpp:85:9:85:14 | **setOnB [c] | A.cpp:64:10:64:15 | *call to setOnB [c] |
| A.cpp:73:25:73:32 | new | A.cpp:78:27:78:27 | c | A.cpp:78:6:78:15 | **setOnBWrap [c] | A.cpp:73:10:73:19 | *call to setOnBWrap [c] |
| A.cpp:81:21:81:21 | c | A.cpp:85:26:85:26 | c | A.cpp:85:9:85:14 | **setOnB [c] | A.cpp:81:10:81:15 | *call to setOnB [c] |
| A.cpp:90:15:90:15 | c | A.cpp:27:17:27:17 | c | A.cpp:27:10:27:12 | *this [Return] [c] | A.cpp:90:7:90:8 | set output argument [c] |
| A.cpp:126:12:126:18 | new | A.cpp:27:17:27:17 | c | A.cpp:27:10:27:12 | *this [Return] [c] | A.cpp:126:5:126:5 | set output argument [c] |
| A.cpp:151:18:151:18 | b | A.cpp:140:13:140:13 | b | A.cpp:140:5:140:5 | *this [Return] [b] | A.cpp:151:12:151:24 | call to D [b] |
| A.cpp:90:15:90:15 | c | A.cpp:27:17:27:17 | c | A.cpp:27:22:27:25 | *this [post update] [c] | A.cpp:90:7:90:8 | set output argument [c] |
| A.cpp:126:12:126:18 | new | A.cpp:27:17:27:17 | c | A.cpp:27:22:27:25 | *this [post update] [c] | A.cpp:126:5:126:5 | set output argument [c] |
| A.cpp:151:18:151:18 | b | A.cpp:140:13:140:13 | b | A.cpp:143:7:143:10 | *this [post update] [b] | A.cpp:151:12:151:24 | call to D [b] |
| A.cpp:152:10:152:13 | *b [c] | A.cpp:173:26:173:26 | *o [c] | A.cpp:173:26:173:26 | *o [c] | A.cpp:152:10:152:13 | sink output argument [c] |
| A.cpp:160:29:160:29 | b | A.cpp:181:15:181:21 | newHead | A.cpp:181:5:181:10 | *this [Return] [head] | A.cpp:160:18:160:60 | call to MyList [head] |
| A.cpp:161:38:161:39 | *l1 [head] | A.cpp:181:32:181:35 | *next [head] | A.cpp:181:5:181:10 | *this [Return] [*next, head] | A.cpp:161:18:161:40 | call to MyList [*next, head] |
| A.cpp:162:38:162:39 | *l2 [*next, head] | A.cpp:181:32:181:35 | *next [*next, head] | A.cpp:181:5:181:10 | *this [Return] [*next, *next, head] | A.cpp:162:18:162:40 | call to MyList [*next, *next, head] |
| B.cpp:7:25:7:25 | e | B.cpp:33:16:33:17 | e1 | B.cpp:33:5:33:8 | *this [Return] [elem1] | B.cpp:7:16:7:35 | call to Box1 [elem1] |
| B.cpp:8:25:8:26 | *b1 [elem1] | B.cpp:44:16:44:17 | *b1 [elem1] | B.cpp:44:5:44:8 | *this [Return] [*box1, elem1] | B.cpp:8:16:8:27 | call to Box2 [*box1, elem1] |
| B.cpp:16:37:16:37 | e | B.cpp:33:26:33:27 | e2 | B.cpp:33:5:33:8 | *this [Return] [elem2] | B.cpp:16:16:16:38 | call to Box1 [elem2] |
| B.cpp:17:25:17:26 | *b1 [elem2] | B.cpp:44:16:44:17 | *b1 [elem2] | B.cpp:44:5:44:8 | *this [Return] [*box1, elem2] | B.cpp:17:16:17:27 | call to Box2 [*box1, elem2] |
| A.cpp:160:29:160:29 | b | A.cpp:181:15:181:21 | newHead | A.cpp:183:7:183:10 | *this [post update] [head] | A.cpp:160:18:160:60 | call to MyList [head] |
| A.cpp:161:38:161:39 | *l1 [head] | A.cpp:181:32:181:35 | *next [head] | A.cpp:184:7:184:10 | *this [post update] [*next, head] | A.cpp:161:18:161:40 | call to MyList [*next, head] |
| A.cpp:162:38:162:39 | *l2 [*next, head] | A.cpp:181:32:181:35 | *next [*next, head] | A.cpp:184:7:184:10 | *this [post update] [*next, *next, head] | A.cpp:162:18:162:40 | call to MyList [*next, *next, head] |
| B.cpp:7:25:7:25 | e | B.cpp:33:16:33:17 | e1 | B.cpp:35:7:35:10 | *this [post update] [elem1] | B.cpp:7:16:7:35 | call to Box1 [elem1] |
| B.cpp:8:25:8:26 | *b1 [elem1] | B.cpp:44:16:44:17 | *b1 [elem1] | B.cpp:46:7:46:10 | *this [post update] [*box1, elem1] | B.cpp:8:16:8:27 | call to Box2 [*box1, elem1] |
| B.cpp:16:37:16:37 | e | B.cpp:33:26:33:27 | e2 | B.cpp:36:7:36:10 | *this [post update] [elem2] | B.cpp:16:16:16:38 | call to Box1 [elem2] |
| B.cpp:17:25:17:26 | *b1 [elem2] | B.cpp:44:16:44:17 | *b1 [elem2] | B.cpp:46:7:46:10 | *this [post update] [*box1, elem2] | B.cpp:17:16:17:27 | call to Box2 [*box1, elem2] |
| D.cpp:22:10:22:11 | *b2 [*box, elem] | D.cpp:17:11:17:17 | *this [*box, elem] | D.cpp:17:11:17:17 | **getBox1 [elem] | D.cpp:22:14:22:20 | *call to getBox1 [elem] |
| D.cpp:22:14:22:20 | *call to getBox1 [elem] | D.cpp:10:11:10:17 | *this [elem] | D.cpp:10:11:10:17 | *getElem | D.cpp:22:10:22:33 | call to getElem |
| D.cpp:37:21:37:21 | e | D.cpp:11:24:11:24 | e | D.cpp:11:10:11:16 | *this [Return] [elem] | D.cpp:37:8:37:10 | setElem output argument [elem] |
| D.cpp:51:27:51:27 | e | D.cpp:11:24:11:24 | e | D.cpp:11:10:11:16 | *this [Return] [elem] | D.cpp:51:8:51:14 | setElem output argument [elem] |
| by_reference.cpp:20:23:20:27 | value | by_reference.cpp:15:26:15:30 | value | by_reference.cpp:15:8:15:18 | *this [Return] [a] | by_reference.cpp:20:5:20:8 | setDirectly output argument [a] |
| by_reference.cpp:24:25:24:29 | value | by_reference.cpp:11:48:11:52 | value | by_reference.cpp:11:39:11:39 | *s [Return] [a] | by_reference.cpp:24:19:24:22 | nonMemberSetA output argument [a] |
| D.cpp:37:21:37:21 | e | D.cpp:11:24:11:24 | e | D.cpp:11:29:11:32 | *this [post update] [elem] | D.cpp:37:8:37:10 | setElem output argument [elem] |
| D.cpp:51:27:51:27 | e | D.cpp:11:24:11:24 | e | D.cpp:11:29:11:32 | *this [post update] [elem] | D.cpp:51:8:51:14 | setElem output argument [elem] |
| by_reference.cpp:20:23:20:27 | value | by_reference.cpp:15:26:15:30 | value | by_reference.cpp:16:5:16:8 | *this [post update] [a] | by_reference.cpp:20:5:20:8 | setDirectly output argument [a] |
| by_reference.cpp:24:25:24:29 | value | by_reference.cpp:11:48:11:52 | value | by_reference.cpp:11:39:11:39 | *s [a] | by_reference.cpp:24:19:24:22 | nonMemberSetA output argument [a] |
| by_reference.cpp:24:25:24:29 | value | by_reference.cpp:11:48:11:52 | value | by_reference.cpp:12:5:12:5 | *s [post update] [a] | by_reference.cpp:24:19:24:22 | nonMemberSetA output argument [a] |
| by_reference.cpp:40:12:40:15 | *this [a] | by_reference.cpp:35:9:35:19 | *this [a] | by_reference.cpp:35:9:35:19 | *getDirectly | by_reference.cpp:40:18:40:28 | call to getDirectly |
| by_reference.cpp:44:26:44:29 | *this [a] | by_reference.cpp:31:46:31:46 | *s [a] | by_reference.cpp:31:16:31:28 | *nonMemberGetA | by_reference.cpp:44:12:44:24 | call to nonMemberGetA |
| by_reference.cpp:50:17:50:26 | call to user_input | by_reference.cpp:15:26:15:30 | value | by_reference.cpp:15:8:15:18 | *this [Return] [a] | by_reference.cpp:50:3:50:3 | setDirectly output argument [a] |
| by_reference.cpp:50:17:50:26 | call to user_input | by_reference.cpp:15:26:15:30 | value | by_reference.cpp:16:5:16:8 | *this [post update] [a] | by_reference.cpp:50:3:50:3 | setDirectly output argument [a] |
| by_reference.cpp:51:8:51:8 | *s [a] | by_reference.cpp:35:9:35:19 | *this [a] | by_reference.cpp:35:9:35:19 | *getDirectly | by_reference.cpp:51:10:51:20 | call to getDirectly |
| by_reference.cpp:56:19:56:28 | call to user_input | by_reference.cpp:19:28:19:32 | value | by_reference.cpp:19:8:19:20 | *this [Return] [a] | by_reference.cpp:56:3:56:3 | setIndirectly output argument [a] |
| by_reference.cpp:56:19:56:28 | call to user_input | by_reference.cpp:19:28:19:32 | value | by_reference.cpp:20:5:20:8 | setDirectly output argument [a] | by_reference.cpp:56:3:56:3 | setIndirectly output argument [a] |
| by_reference.cpp:57:8:57:8 | *s [a] | by_reference.cpp:39:9:39:21 | *this [a] | by_reference.cpp:39:9:39:21 | *getIndirectly | by_reference.cpp:57:10:57:22 | call to getIndirectly |
| by_reference.cpp:62:25:62:34 | call to user_input | by_reference.cpp:23:34:23:38 | value | by_reference.cpp:23:8:23:26 | *this [Return] [a] | by_reference.cpp:62:3:62:3 | setThroughNonMember output argument [a] |
| by_reference.cpp:62:25:62:34 | call to user_input | by_reference.cpp:23:34:23:38 | value | by_reference.cpp:24:19:24:22 | nonMemberSetA output argument [a] | by_reference.cpp:62:3:62:3 | setThroughNonMember output argument [a] |
| by_reference.cpp:63:8:63:8 | *s [a] | by_reference.cpp:43:9:43:27 | *this [a] | by_reference.cpp:43:9:43:27 | *getThroughNonMember | by_reference.cpp:63:10:63:28 | call to getThroughNonMember |
| by_reference.cpp:68:21:68:30 | call to user_input | by_reference.cpp:11:48:11:52 | value | by_reference.cpp:11:39:11:39 | *s [Return] [a] | by_reference.cpp:68:17:68:18 | nonMemberSetA output argument [a] |
| by_reference.cpp:68:21:68:30 | call to user_input | by_reference.cpp:11:48:11:52 | value | by_reference.cpp:11:39:11:39 | *s [a] | by_reference.cpp:68:17:68:18 | nonMemberSetA output argument [a] |
| by_reference.cpp:68:21:68:30 | call to user_input | by_reference.cpp:11:48:11:52 | value | by_reference.cpp:12:5:12:5 | *s [post update] [a] | by_reference.cpp:68:17:68:18 | nonMemberSetA output argument [a] |
| by_reference.cpp:69:22:69:23 | *& ... [a] | by_reference.cpp:31:46:31:46 | *s [a] | by_reference.cpp:31:16:31:28 | *nonMemberGetA | by_reference.cpp:69:8:69:20 | call to nonMemberGetA |
| complex.cpp:42:16:42:16 | *f [a_] | complex.cpp:9:7:9:7 | *this [a_] | complex.cpp:9:7:9:7 | *a | complex.cpp:42:18:42:18 | call to a |
| complex.cpp:43:16:43:16 | *f [b_] | complex.cpp:10:7:10:7 | *this [b_] | complex.cpp:10:7:10:7 | *b | complex.cpp:43:18:43:18 | call to b |
| complex.cpp:53:19:53:28 | call to user_input | complex.cpp:11:17:11:17 | a | complex.cpp:11:8:11:11 | *this [Return] [a_] | complex.cpp:53:12:53:12 | setA output argument [a_] |
| complex.cpp:54:19:54:28 | call to user_input | complex.cpp:12:17:12:17 | b | complex.cpp:12:8:12:11 | *this [Return] [b_] | complex.cpp:54:12:54:12 | setB output argument [b_] |
| complex.cpp:55:19:55:28 | call to user_input | complex.cpp:11:17:11:17 | a | complex.cpp:11:8:11:11 | *this [Return] [a_] | complex.cpp:55:12:55:12 | setA output argument [a_] |
| complex.cpp:56:19:56:28 | call to user_input | complex.cpp:12:17:12:17 | b | complex.cpp:12:8:12:11 | *this [Return] [b_] | complex.cpp:56:12:56:12 | setB output argument [b_] |
| complex.cpp:53:19:53:28 | call to user_input | complex.cpp:11:17:11:17 | a | complex.cpp:11:22:11:23 | *this [post update] [a_] | complex.cpp:53:12:53:12 | setA output argument [a_] |
| complex.cpp:54:19:54:28 | call to user_input | complex.cpp:12:17:12:17 | b | complex.cpp:12:22:12:23 | *this [post update] [b_] | complex.cpp:54:12:54:12 | setB output argument [b_] |
| complex.cpp:55:19:55:28 | call to user_input | complex.cpp:11:17:11:17 | a | complex.cpp:11:22:11:23 | *this [post update] [a_] | complex.cpp:55:12:55:12 | setA output argument [a_] |
| complex.cpp:56:19:56:28 | call to user_input | complex.cpp:12:17:12:17 | b | complex.cpp:12:22:12:23 | *this [post update] [b_] | complex.cpp:56:12:56:12 | setB output argument [b_] |
| constructors.cpp:28:10:28:10 | *f [a_] | constructors.cpp:18:9:18:9 | *this [a_] | constructors.cpp:18:9:18:9 | *a | constructors.cpp:28:12:28:12 | call to a |
| constructors.cpp:29:10:29:10 | *f [b_] | constructors.cpp:19:9:19:9 | *this [b_] | constructors.cpp:19:9:19:9 | *b | constructors.cpp:29:12:29:12 | call to b |
| constructors.cpp:34:11:34:20 | call to user_input | constructors.cpp:23:13:23:13 | a | constructors.cpp:23:5:23:7 | *this [Return] [a_] | constructors.cpp:34:9:34:9 | call to Foo [a_] |
| constructors.cpp:35:14:35:23 | call to user_input | constructors.cpp:23:20:23:20 | b | constructors.cpp:23:5:23:7 | *this [Return] [b_] | constructors.cpp:35:9:35:9 | call to Foo [b_] |
| constructors.cpp:36:11:36:20 | call to user_input | constructors.cpp:23:13:23:13 | a | constructors.cpp:23:5:23:7 | *this [Return] [a_] | constructors.cpp:36:9:36:9 | call to Foo [a_] |
| constructors.cpp:36:25:36:34 | call to user_input | constructors.cpp:23:20:23:20 | b | constructors.cpp:23:5:23:7 | *this [Return] [b_] | constructors.cpp:36:9:36:9 | call to Foo [b_] |
| qualifiers.cpp:27:28:27:37 | call to user_input | qualifiers.cpp:9:21:9:25 | value | qualifiers.cpp:9:10:9:13 | *this [Return] [a] | qualifiers.cpp:27:11:27:18 | setA output argument [a] |
| qualifiers.cpp:32:35:32:44 | call to user_input | qualifiers.cpp:12:40:12:44 | value | qualifiers.cpp:12:27:12:31 | *inner [Return] [a] | qualifiers.cpp:32:23:32:30 | pointerSetA output argument [a] |
| constructors.cpp:34:11:34:20 | call to user_input | constructors.cpp:23:13:23:13 | a | constructors.cpp:23:5:23:7 | *this [post update] [a_] | constructors.cpp:34:9:34:9 | call to Foo [a_] |
| constructors.cpp:35:14:35:23 | call to user_input | constructors.cpp:23:20:23:20 | b | constructors.cpp:23:5:23:7 | *this [post update] [b_] | constructors.cpp:35:9:35:9 | call to Foo [b_] |
| constructors.cpp:36:11:36:20 | call to user_input | constructors.cpp:23:13:23:13 | a | constructors.cpp:23:5:23:7 | *this [post update] [a_] | constructors.cpp:36:9:36:9 | call to Foo [a_] |
| constructors.cpp:36:25:36:34 | call to user_input | constructors.cpp:23:20:23:20 | b | constructors.cpp:23:5:23:7 | *this [post update] [b_] | constructors.cpp:36:9:36:9 | call to Foo [b_] |
| qualifiers.cpp:27:28:27:37 | call to user_input | qualifiers.cpp:9:21:9:25 | value | qualifiers.cpp:9:30:9:33 | *this [post update] [a] | qualifiers.cpp:27:11:27:18 | setA output argument [a] |
| qualifiers.cpp:32:35:32:44 | call to user_input | qualifiers.cpp:12:40:12:44 | value | qualifiers.cpp:12:27:12:31 | *inner [a] | qualifiers.cpp:32:23:32:30 | pointerSetA output argument [a] |
| qualifiers.cpp:37:38:37:47 | call to user_input | qualifiers.cpp:13:42:13:46 | value | qualifiers.cpp:13:29:13:33 | *inner [Return] [a] | qualifiers.cpp:37:19:37:35 | referenceSetA output argument [a] |
| qualifiers.cpp:32:35:32:44 | call to user_input | qualifiers.cpp:12:40:12:44 | value | qualifiers.cpp:12:49:12:53 | *inner [post update] [a] | qualifiers.cpp:32:23:32:30 | pointerSetA output argument [a] |
| qualifiers.cpp:37:38:37:47 | call to user_input | qualifiers.cpp:13:42:13:46 | value | qualifiers.cpp:13:29:13:33 | *inner [a] | qualifiers.cpp:37:19:37:35 | referenceSetA output argument [a] |
| qualifiers.cpp:37:38:37:47 | call to user_input | qualifiers.cpp:13:42:13:46 | value | qualifiers.cpp:13:51:13:55 | *inner [post update] [a] | qualifiers.cpp:37:19:37:35 | referenceSetA output argument [a] |
| simple.cpp:28:10:28:10 | *f [a_] | simple.cpp:18:9:18:9 | *this [a_] | simple.cpp:18:9:18:9 | *a | simple.cpp:28:12:28:12 | call to a |
| simple.cpp:29:10:29:10 | *f [b_] | simple.cpp:19:9:19:9 | *this [b_] | simple.cpp:19:9:19:9 | *b | simple.cpp:29:12:29:12 | call to b |
| simple.cpp:39:12:39:21 | call to user_input | simple.cpp:20:19:20:19 | a | simple.cpp:20:10:20:13 | *this [Return] [a_] | simple.cpp:39:5:39:5 | setA output argument [a_] |
| simple.cpp:40:12:40:21 | call to user_input | simple.cpp:21:19:21:19 | b | simple.cpp:21:10:21:13 | *this [Return] [b_] | simple.cpp:40:5:40:5 | setB output argument [b_] |
| simple.cpp:41:12:41:21 | call to user_input | simple.cpp:20:19:20:19 | a | simple.cpp:20:10:20:13 | *this [Return] [a_] | simple.cpp:41:5:41:5 | setA output argument [a_] |
| simple.cpp:42:12:42:21 | call to user_input | simple.cpp:21:19:21:19 | b | simple.cpp:21:10:21:13 | *this [Return] [b_] | simple.cpp:42:5:42:5 | setB output argument [b_] |
| simple.cpp:39:12:39:21 | call to user_input | simple.cpp:20:19:20:19 | a | simple.cpp:20:24:20:25 | *this [post update] [a_] | simple.cpp:39:5:39:5 | setA output argument [a_] |
| simple.cpp:40:12:40:21 | call to user_input | simple.cpp:21:19:21:19 | b | simple.cpp:21:24:21:25 | *this [post update] [b_] | simple.cpp:40:5:40:5 | setB output argument [b_] |
| simple.cpp:41:12:41:21 | call to user_input | simple.cpp:20:19:20:19 | a | simple.cpp:20:24:20:25 | *this [post update] [a_] | simple.cpp:41:5:41:5 | setA output argument [a_] |
| simple.cpp:42:12:42:21 | call to user_input | simple.cpp:21:19:21:19 | b | simple.cpp:21:24:21:25 | *this [post update] [b_] | simple.cpp:42:5:42:5 | setB output argument [b_] |
| simple.cpp:84:14:84:20 | *this [f2, f1] | simple.cpp:78:9:78:15 | *this [f2, f1] | simple.cpp:78:9:78:15 | *getf2f1 | simple.cpp:84:14:84:20 | call to getf2f1 |
| struct_init.c:24:10:24:12 | *& ... [a] | struct_init.c:14:24:14:25 | *ab [a] | struct_init.c:14:24:14:25 | *ab [a] | struct_init.c:24:10:24:12 | absink output argument [a] |
#select

View File

@@ -1,9 +1,7 @@
edges
| A.cpp:23:10:23:10 | c | A.cpp:25:7:25:17 | ... = ... | provenance | |
| A.cpp:25:7:25:10 | this [post update] [c] | A.cpp:23:5:23:5 | this [Return] [c] | provenance | |
| A.cpp:25:7:25:17 | ... = ... | A.cpp:25:7:25:10 | this [post update] [c] | provenance | |
| A.cpp:27:17:27:17 | c | A.cpp:27:22:27:32 | ... = ... | provenance | |
| A.cpp:27:22:27:25 | this [post update] [c] | A.cpp:27:10:27:12 | this [Return] [c] | provenance | |
| A.cpp:27:22:27:32 | ... = ... | A.cpp:27:22:27:25 | this [post update] [c] | provenance | |
| A.cpp:28:8:28:10 | this [c] | A.cpp:28:23:28:26 | this [c] | provenance | |
| A.cpp:28:23:28:26 | this [c] | A.cpp:28:29:28:29 | c | provenance | |
@@ -12,9 +10,8 @@ edges
| A.cpp:31:20:31:20 | c | A.cpp:23:10:23:10 | c | provenance | |
| A.cpp:31:20:31:20 | c | A.cpp:31:14:31:21 | call to B [c] | provenance | |
| A.cpp:41:5:41:6 | ref arg ct | A.cpp:43:11:43:12 | ct | provenance | |
| A.cpp:41:15:41:21 | new | A.cpp:41:5:41:6 | ref arg ct | provenance | Config |
| A.cpp:41:15:41:21 | new | A.cpp:41:5:41:6 | ref arg ct | provenance | |
| A.cpp:43:11:43:12 | ct | A.cpp:43:10:43:12 | & ... | provenance | |
| A.cpp:43:11:43:12 | ct | A.cpp:43:10:43:12 | & ... | provenance | Config |
| A.cpp:47:12:47:18 | new | A.cpp:48:20:48:20 | c | provenance | |
| A.cpp:48:12:48:18 | call to make [c] | A.cpp:49:10:49:10 | b [c] | provenance | |
| A.cpp:48:20:48:20 | c | A.cpp:29:23:29:23 | c | provenance | |
@@ -54,27 +51,22 @@ edges
| A.cpp:103:14:103:14 | c [a] | A.cpp:120:12:120:13 | c1 [a] | provenance | |
| A.cpp:107:12:107:13 | c1 [a] | A.cpp:107:16:107:16 | a | provenance | |
| A.cpp:120:12:120:13 | c1 [a] | A.cpp:120:16:120:16 | a | provenance | |
| A.cpp:124:14:124:14 | b [Return] [c] | A.cpp:131:8:131:8 | ref arg b [c] | provenance | |
| A.cpp:124:14:124:14 | b [c] | A.cpp:131:8:131:8 | ref arg b [c] | provenance | |
| A.cpp:126:5:126:5 | ref arg b [c] | A.cpp:124:14:124:14 | b [Return] [c] | provenance | |
| A.cpp:126:5:126:5 | ref arg b [c] | A.cpp:124:14:124:14 | b [c] | provenance | |
| A.cpp:126:5:126:5 | ref arg b [c] | A.cpp:131:8:131:8 | ref arg b [c] | provenance | |
| A.cpp:126:12:126:18 | new | A.cpp:27:17:27:17 | c | provenance | |
| A.cpp:126:12:126:18 | new | A.cpp:126:5:126:5 | ref arg b [c] | provenance | |
| A.cpp:131:8:131:8 | ref arg b [c] | A.cpp:132:10:132:10 | b [c] | provenance | |
| A.cpp:132:10:132:10 | b [c] | A.cpp:132:13:132:13 | c | provenance | |
| A.cpp:140:5:140:5 | this [Return] [b, c] | A.cpp:151:12:151:24 | call to D [b, c] | provenance | |
| A.cpp:140:5:140:5 | this [Return] [b] | A.cpp:151:12:151:24 | call to D [b] | provenance | |
| A.cpp:140:13:140:13 | b | A.cpp:143:7:143:31 | ... = ... | provenance | |
| A.cpp:140:13:140:13 | b [Return] [c] | A.cpp:151:18:151:18 | ref arg b [c] | provenance | |
| A.cpp:140:13:140:13 | b [c] | A.cpp:151:18:151:18 | ref arg b [c] | provenance | |
| A.cpp:142:7:142:7 | b [post update] [c] | A.cpp:140:13:140:13 | b [Return] [c] | provenance | |
| A.cpp:142:7:142:7 | b [post update] [c] | A.cpp:140:13:140:13 | b [c] | provenance | |
| A.cpp:142:7:142:7 | b [post update] [c] | A.cpp:143:7:143:31 | ... = ... [c] | provenance | |
| A.cpp:142:7:142:7 | b [post update] [c] | A.cpp:151:18:151:18 | ref arg b [c] | provenance | |
| A.cpp:142:7:142:20 | ... = ... | A.cpp:142:7:142:7 | b [post update] [c] | provenance | |
| A.cpp:142:14:142:20 | new | A.cpp:142:7:142:20 | ... = ... | provenance | |
| A.cpp:143:7:143:10 | this [post update] [b, c] | A.cpp:140:5:140:5 | this [Return] [b, c] | provenance | |
| A.cpp:143:7:143:10 | this [post update] [b] | A.cpp:140:5:140:5 | this [Return] [b] | provenance | |
| A.cpp:143:7:143:10 | this [post update] [b] | A.cpp:140:5:140:5 | this [Return] [b] | provenance | |
| A.cpp:143:7:143:10 | this [post update] [b, c] | A.cpp:151:12:151:24 | call to D [b, c] | provenance | |
| A.cpp:143:7:143:10 | this [post update] [b] | A.cpp:151:12:151:24 | call to D [b] | provenance | |
| A.cpp:143:7:143:31 | ... = ... | A.cpp:143:7:143:10 | this [post update] [b] | provenance | |
| A.cpp:143:7:143:31 | ... = ... | A.cpp:143:7:143:10 | this [post update] [b] | provenance | |
| A.cpp:143:7:143:31 | ... = ... [c] | A.cpp:143:7:143:10 | this [post update] [b, c] | provenance | |
@@ -126,10 +118,7 @@ edges
| A.cpp:181:15:181:21 | newHead | A.cpp:183:7:183:20 | ... = ... | provenance | |
| A.cpp:181:32:181:35 | next [head] | A.cpp:184:7:184:23 | ... = ... [head] | provenance | |
| A.cpp:181:32:181:35 | next [next, head] | A.cpp:184:7:184:23 | ... = ... [next, head] | provenance | |
| A.cpp:183:7:183:10 | this [post update] [head] | A.cpp:181:5:181:10 | this [Return] [head] | provenance | |
| A.cpp:183:7:183:20 | ... = ... | A.cpp:183:7:183:10 | this [post update] [head] | provenance | |
| A.cpp:184:7:184:10 | this [post update] [next, head] | A.cpp:181:5:181:10 | this [Return] [next, head] | provenance | |
| A.cpp:184:7:184:10 | this [post update] [next, next, head] | A.cpp:181:5:181:10 | this [Return] [next, next, head] | provenance | |
| A.cpp:184:7:184:23 | ... = ... [head] | A.cpp:184:7:184:10 | this [post update] [next, head] | provenance | |
| A.cpp:184:7:184:23 | ... = ... [next, head] | A.cpp:184:7:184:10 | this [post update] [next, next, head] | provenance | |
| B.cpp:6:15:6:24 | new | B.cpp:7:25:7:25 | e | provenance | |
@@ -152,25 +141,19 @@ edges
| B.cpp:19:14:19:17 | box1 [elem2] | B.cpp:19:20:19:24 | elem2 | provenance | |
| B.cpp:33:16:33:17 | e1 | B.cpp:35:7:35:22 | ... = ... | provenance | |
| B.cpp:33:26:33:27 | e2 | B.cpp:36:7:36:22 | ... = ... | provenance | |
| B.cpp:35:7:35:10 | this [post update] [elem1] | B.cpp:33:5:33:8 | this [Return] [elem1] | provenance | |
| B.cpp:35:7:35:22 | ... = ... | B.cpp:35:7:35:10 | this [post update] [elem1] | provenance | |
| B.cpp:36:7:36:10 | this [post update] [elem2] | B.cpp:33:5:33:8 | this [Return] [elem2] | provenance | |
| B.cpp:36:7:36:22 | ... = ... | B.cpp:36:7:36:10 | this [post update] [elem2] | provenance | |
| B.cpp:44:16:44:17 | b1 [elem1] | B.cpp:46:7:46:21 | ... = ... [elem1] | provenance | |
| B.cpp:44:16:44:17 | b1 [elem2] | B.cpp:46:7:46:21 | ... = ... [elem2] | provenance | |
| B.cpp:46:7:46:10 | this [post update] [box1, elem1] | B.cpp:44:5:44:8 | this [Return] [box1, elem1] | provenance | |
| B.cpp:46:7:46:10 | this [post update] [box1, elem2] | B.cpp:44:5:44:8 | this [Return] [box1, elem2] | provenance | |
| B.cpp:46:7:46:21 | ... = ... [elem1] | B.cpp:46:7:46:10 | this [post update] [box1, elem1] | provenance | |
| B.cpp:46:7:46:21 | ... = ... [elem2] | B.cpp:46:7:46:10 | this [post update] [box1, elem2] | provenance | |
| C.cpp:18:12:18:18 | call to C [s1] | C.cpp:19:5:19:5 | c [s1] | provenance | |
| C.cpp:18:12:18:18 | call to C [s3] | C.cpp:19:5:19:5 | c [s3] | provenance | |
| C.cpp:19:5:19:5 | c [s1] | C.cpp:27:8:27:11 | this [s1] | provenance | |
| C.cpp:19:5:19:5 | c [s3] | C.cpp:27:8:27:11 | this [s3] | provenance | |
| C.cpp:22:3:22:3 | this [Return] [s1] | C.cpp:18:12:18:18 | call to C [s1] | provenance | |
| C.cpp:22:3:22:3 | this [Return] [s3] | C.cpp:18:12:18:18 | call to C [s3] | provenance | |
| C.cpp:22:9:22:22 | constructor init of field s1 [post-this] [s1] | C.cpp:22:3:22:3 | this [Return] [s1] | provenance | |
| C.cpp:22:9:22:22 | constructor init of field s1 [post-this] [s1] | C.cpp:18:12:18:18 | call to C [s1] | provenance | |
| C.cpp:22:12:22:21 | new | C.cpp:22:9:22:22 | constructor init of field s1 [post-this] [s1] | provenance | |
| C.cpp:24:5:24:8 | this [post update] [s3] | C.cpp:22:3:22:3 | this [Return] [s3] | provenance | |
| C.cpp:24:5:24:8 | this [post update] [s3] | C.cpp:18:12:18:18 | call to C [s3] | provenance | |
| C.cpp:24:5:24:25 | ... = ... | C.cpp:24:5:24:8 | this [post update] [s3] | provenance | |
| C.cpp:24:16:24:25 | new | C.cpp:24:5:24:25 | ... = ... | provenance | |
| C.cpp:27:8:27:11 | this [s1] | C.cpp:29:10:29:11 | this [s1] | provenance | |
@@ -180,7 +163,6 @@ edges
| D.cpp:10:11:10:17 | this [elem] | D.cpp:10:30:10:33 | this [elem] | provenance | |
| D.cpp:10:30:10:33 | this [elem] | D.cpp:10:30:10:33 | elem | provenance | |
| D.cpp:11:24:11:24 | e | D.cpp:11:29:11:36 | ... = ... | provenance | |
| D.cpp:11:29:11:32 | this [post update] [elem] | D.cpp:11:10:11:16 | this [Return] [elem] | provenance | |
| D.cpp:11:29:11:36 | ... = ... | D.cpp:11:29:11:32 | this [post update] [elem] | provenance | |
| D.cpp:17:11:17:17 | this [box, elem] | D.cpp:17:30:17:32 | this [box, elem] | provenance | |
| D.cpp:17:30:17:32 | this [box, elem] | D.cpp:17:30:17:32 | box [elem] | provenance | |
@@ -233,16 +215,14 @@ edges
| E.cpp:32:10:32:10 | b [buffer] | E.cpp:32:13:32:18 | buffer | provenance | |
| E.cpp:33:18:33:19 | & ... [data, buffer] | E.cpp:19:27:19:27 | p [data, buffer] | provenance | |
| E.cpp:33:19:33:19 | p [data, buffer] | E.cpp:33:18:33:19 | & ... [data, buffer] | provenance | |
| aliasing.cpp:8:23:8:23 | s [Return] [m1] | aliasing.cpp:25:17:25:19 | ref arg & ... [m1] | provenance | |
| aliasing.cpp:8:23:8:23 | s [m1] | aliasing.cpp:25:17:25:19 | ref arg & ... [m1] | provenance | |
| aliasing.cpp:9:3:9:3 | s [post update] [m1] | aliasing.cpp:8:23:8:23 | s [Return] [m1] | provenance | |
| aliasing.cpp:9:3:9:3 | s [post update] [m1] | aliasing.cpp:8:23:8:23 | s [m1] | provenance | |
| aliasing.cpp:9:3:9:3 | s [post update] [m1] | aliasing.cpp:25:17:25:19 | ref arg & ... [m1] | provenance | |
| aliasing.cpp:9:3:9:22 | ... = ... | aliasing.cpp:9:3:9:3 | s [post update] [m1] | provenance | |
| aliasing.cpp:9:11:9:20 | call to user_input | aliasing.cpp:9:3:9:22 | ... = ... | provenance | |
| aliasing.cpp:12:25:12:25 | s [Return] [m1] | aliasing.cpp:26:19:26:20 | ref arg s2 [m1] | provenance | |
| aliasing.cpp:12:25:12:25 | s [m1] | aliasing.cpp:26:19:26:20 | ref arg s2 [m1] | provenance | |
| aliasing.cpp:13:3:13:3 | s [post update] [m1] | aliasing.cpp:12:25:12:25 | s [Return] [m1] | provenance | |
| aliasing.cpp:13:3:13:3 | s [post update] [m1] | aliasing.cpp:12:25:12:25 | s [m1] | provenance | |
| aliasing.cpp:13:3:13:3 | s [post update] [m1] | aliasing.cpp:26:19:26:20 | ref arg s2 [m1] | provenance | |
| aliasing.cpp:13:3:13:21 | ... = ... | aliasing.cpp:13:3:13:3 | s [post update] [m1] | provenance | |
| aliasing.cpp:13:10:13:19 | call to user_input | aliasing.cpp:13:3:13:21 | ... = ... | provenance | |
| aliasing.cpp:25:17:25:19 | ref arg & ... [m1] | aliasing.cpp:29:8:29:9 | s1 [m1] | provenance | |
@@ -264,13 +244,13 @@ edges
| aliasing.cpp:105:23:105:24 | pa | aliasing.cpp:175:15:175:22 | ref arg & ... | provenance | |
| aliasing.cpp:105:23:105:24 | pa | aliasing.cpp:187:15:187:22 | ref arg & ... | provenance | |
| aliasing.cpp:105:23:105:24 | pa | aliasing.cpp:200:15:200:24 | ref arg & ... | provenance | |
| aliasing.cpp:105:23:105:24 | pa [Return] | aliasing.cpp:158:17:158:20 | ref arg data | provenance | |
| aliasing.cpp:105:23:105:24 | pa [Return] | aliasing.cpp:164:17:164:20 | ref arg data | provenance | |
| aliasing.cpp:105:23:105:24 | pa [Return] | aliasing.cpp:175:15:175:22 | ref arg & ... | provenance | |
| aliasing.cpp:105:23:105:24 | pa [Return] | aliasing.cpp:187:15:187:22 | ref arg & ... | provenance | |
| aliasing.cpp:105:23:105:24 | pa [Return] | aliasing.cpp:200:15:200:24 | ref arg & ... | provenance | |
| aliasing.cpp:106:4:106:5 | pa [inner post update] | aliasing.cpp:158:17:158:20 | ref arg data | provenance | |
| aliasing.cpp:106:4:106:5 | pa [inner post update] | aliasing.cpp:164:17:164:20 | ref arg data | provenance | |
| aliasing.cpp:106:4:106:5 | pa [inner post update] | aliasing.cpp:175:15:175:22 | ref arg & ... | provenance | |
| aliasing.cpp:106:4:106:5 | pa [inner post update] | aliasing.cpp:187:15:187:22 | ref arg & ... | provenance | |
| aliasing.cpp:106:4:106:5 | pa [inner post update] | aliasing.cpp:200:15:200:24 | ref arg & ... | provenance | |
| aliasing.cpp:106:9:106:18 | call to user_input | aliasing.cpp:105:23:105:24 | pa | provenance | |
| aliasing.cpp:106:9:106:18 | call to user_input | aliasing.cpp:105:23:105:24 | pa [Return] | provenance | |
| aliasing.cpp:106:9:106:18 | call to user_input | aliasing.cpp:106:4:106:5 | pa [inner post update] | provenance | |
| aliasing.cpp:158:15:158:15 | s [post update] [data] | aliasing.cpp:159:9:159:9 | s [data] | provenance | |
| aliasing.cpp:158:17:158:20 | ref arg data | aliasing.cpp:158:15:158:15 | s [post update] [data] | provenance | |
| aliasing.cpp:159:9:159:9 | s [data] | aliasing.cpp:159:11:159:14 | data | provenance | |
@@ -350,18 +330,14 @@ edges
| arrays.cpp:44:10:44:17 | indirect [arr, data] | arrays.cpp:44:20:44:22 | arr [data] | provenance | |
| arrays.cpp:44:20:44:22 | arr [data] | arrays.cpp:44:8:44:25 | access to array [data] | provenance | |
| by_reference.cpp:11:48:11:52 | value | by_reference.cpp:12:5:12:16 | ... = ... | provenance | |
| by_reference.cpp:12:5:12:5 | s [post update] [a] | by_reference.cpp:11:39:11:39 | s [Return] [a] | provenance | |
| by_reference.cpp:12:5:12:5 | s [post update] [a] | by_reference.cpp:11:39:11:39 | s [a] | provenance | |
| by_reference.cpp:12:5:12:16 | ... = ... | by_reference.cpp:12:5:12:5 | s [post update] [a] | provenance | |
| by_reference.cpp:15:26:15:30 | value | by_reference.cpp:16:5:16:19 | ... = ... | provenance | |
| by_reference.cpp:16:5:16:8 | this [post update] [a] | by_reference.cpp:15:8:15:18 | this [Return] [a] | provenance | |
| by_reference.cpp:16:5:16:19 | ... = ... | by_reference.cpp:16:5:16:8 | this [post update] [a] | provenance | |
| by_reference.cpp:19:28:19:32 | value | by_reference.cpp:20:23:20:27 | value | provenance | |
| by_reference.cpp:20:5:20:8 | ref arg this [a] | by_reference.cpp:19:8:19:20 | this [Return] [a] | provenance | |
| by_reference.cpp:20:23:20:27 | value | by_reference.cpp:15:26:15:30 | value | provenance | |
| by_reference.cpp:20:23:20:27 | value | by_reference.cpp:20:5:20:8 | ref arg this [a] | provenance | |
| by_reference.cpp:23:34:23:38 | value | by_reference.cpp:24:25:24:29 | value | provenance | |
| by_reference.cpp:24:19:24:22 | ref arg this [a] | by_reference.cpp:23:8:23:26 | this [Return] [a] | provenance | |
| by_reference.cpp:24:25:24:29 | value | by_reference.cpp:11:48:11:52 | value | provenance | |
| by_reference.cpp:24:25:24:29 | value | by_reference.cpp:24:19:24:22 | ref arg this [a] | provenance | |
| by_reference.cpp:31:46:31:46 | s [a] | by_reference.cpp:32:12:32:12 | s [a] | provenance | |
@@ -395,36 +371,34 @@ edges
| by_reference.cpp:69:22:69:23 | & ... [a] | by_reference.cpp:31:46:31:46 | s [a] | provenance | |
| by_reference.cpp:69:22:69:23 | & ... [a] | by_reference.cpp:69:8:69:20 | call to nonMemberGetA | provenance | |
| by_reference.cpp:69:23:69:23 | s [a] | by_reference.cpp:69:22:69:23 | & ... [a] | provenance | |
| by_reference.cpp:83:31:83:35 | inner [Return] [a] | by_reference.cpp:102:21:102:39 | ref arg & ... [a] | provenance | |
| by_reference.cpp:83:31:83:35 | inner [Return] [a] | by_reference.cpp:103:27:103:35 | ref arg inner_ptr [a] | provenance | |
| by_reference.cpp:83:31:83:35 | inner [Return] [a] | by_reference.cpp:106:21:106:41 | ref arg & ... [a] | provenance | |
| by_reference.cpp:83:31:83:35 | inner [Return] [a] | by_reference.cpp:107:29:107:37 | ref arg inner_ptr [a] | provenance | |
| by_reference.cpp:83:31:83:35 | inner [a] | by_reference.cpp:102:21:102:39 | ref arg & ... [a] | provenance | |
| by_reference.cpp:83:31:83:35 | inner [a] | by_reference.cpp:103:27:103:35 | ref arg inner_ptr [a] | provenance | |
| by_reference.cpp:83:31:83:35 | inner [a] | by_reference.cpp:106:21:106:41 | ref arg & ... [a] | provenance | |
| by_reference.cpp:83:31:83:35 | inner [a] | by_reference.cpp:107:29:107:37 | ref arg inner_ptr [a] | provenance | |
| by_reference.cpp:84:3:84:7 | inner [post update] [a] | by_reference.cpp:83:31:83:35 | inner [Return] [a] | provenance | |
| by_reference.cpp:84:3:84:7 | inner [post update] [a] | by_reference.cpp:83:31:83:35 | inner [a] | provenance | |
| by_reference.cpp:84:3:84:7 | inner [post update] [a] | by_reference.cpp:102:21:102:39 | ref arg & ... [a] | provenance | |
| by_reference.cpp:84:3:84:7 | inner [post update] [a] | by_reference.cpp:103:27:103:35 | ref arg inner_ptr [a] | provenance | |
| by_reference.cpp:84:3:84:7 | inner [post update] [a] | by_reference.cpp:106:21:106:41 | ref arg & ... [a] | provenance | |
| by_reference.cpp:84:3:84:7 | inner [post update] [a] | by_reference.cpp:107:29:107:37 | ref arg inner_ptr [a] | provenance | |
| by_reference.cpp:84:3:84:25 | ... = ... | by_reference.cpp:84:3:84:7 | inner [post update] [a] | provenance | |
| by_reference.cpp:84:14:84:23 | call to user_input | by_reference.cpp:84:3:84:25 | ... = ... | provenance | |
| by_reference.cpp:87:31:87:35 | inner [Return] [a] | by_reference.cpp:122:27:122:38 | ref arg inner_nested [a] | provenance | |
| by_reference.cpp:87:31:87:35 | inner [Return] [a] | by_reference.cpp:123:21:123:36 | ref arg * ... [a] | provenance | |
| by_reference.cpp:87:31:87:35 | inner [Return] [a] | by_reference.cpp:126:29:126:40 | ref arg inner_nested [a] | provenance | |
| by_reference.cpp:87:31:87:35 | inner [Return] [a] | by_reference.cpp:127:21:127:38 | ref arg * ... [a] | provenance | |
| by_reference.cpp:87:31:87:35 | inner [a] | by_reference.cpp:122:27:122:38 | ref arg inner_nested [a] | provenance | |
| by_reference.cpp:87:31:87:35 | inner [a] | by_reference.cpp:123:21:123:36 | ref arg * ... [a] | provenance | |
| by_reference.cpp:87:31:87:35 | inner [a] | by_reference.cpp:126:29:126:40 | ref arg inner_nested [a] | provenance | |
| by_reference.cpp:87:31:87:35 | inner [a] | by_reference.cpp:127:21:127:38 | ref arg * ... [a] | provenance | |
| by_reference.cpp:88:3:88:7 | inner [post update] [a] | by_reference.cpp:87:31:87:35 | inner [Return] [a] | provenance | |
| by_reference.cpp:88:3:88:7 | inner [post update] [a] | by_reference.cpp:87:31:87:35 | inner [a] | provenance | |
| by_reference.cpp:88:3:88:7 | inner [post update] [a] | by_reference.cpp:122:27:122:38 | ref arg inner_nested [a] | provenance | |
| by_reference.cpp:88:3:88:7 | inner [post update] [a] | by_reference.cpp:123:21:123:36 | ref arg * ... [a] | provenance | |
| by_reference.cpp:88:3:88:7 | inner [post update] [a] | by_reference.cpp:126:29:126:40 | ref arg inner_nested [a] | provenance | |
| by_reference.cpp:88:3:88:7 | inner [post update] [a] | by_reference.cpp:127:21:127:38 | ref arg * ... [a] | provenance | |
| by_reference.cpp:88:3:88:24 | ... = ... | by_reference.cpp:88:3:88:7 | inner [post update] [a] | provenance | |
| by_reference.cpp:88:13:88:22 | call to user_input | by_reference.cpp:88:3:88:24 | ... = ... | provenance | |
| by_reference.cpp:91:25:91:26 | pa | by_reference.cpp:104:15:104:22 | ref arg & ... | provenance | |
| by_reference.cpp:91:25:91:26 | pa | by_reference.cpp:108:15:108:24 | ref arg & ... | provenance | |
| by_reference.cpp:91:25:91:26 | pa [Return] | by_reference.cpp:104:15:104:22 | ref arg & ... | provenance | |
| by_reference.cpp:91:25:91:26 | pa [Return] | by_reference.cpp:108:15:108:24 | ref arg & ... | provenance | |
| by_reference.cpp:92:4:92:5 | pa [inner post update] | by_reference.cpp:104:15:104:22 | ref arg & ... | provenance | |
| by_reference.cpp:92:4:92:5 | pa [inner post update] | by_reference.cpp:108:15:108:24 | ref arg & ... | provenance | |
| by_reference.cpp:92:9:92:18 | call to user_input | by_reference.cpp:91:25:91:26 | pa | provenance | |
| by_reference.cpp:92:9:92:18 | call to user_input | by_reference.cpp:91:25:91:26 | pa [Return] | provenance | |
| by_reference.cpp:92:9:92:18 | call to user_input | by_reference.cpp:92:4:92:5 | pa [inner post update] | provenance | |
| by_reference.cpp:95:25:95:26 | pa | by_reference.cpp:124:21:124:21 | ref arg a | provenance | |
| by_reference.cpp:95:25:95:26 | pa | by_reference.cpp:128:23:128:23 | ref arg a | provenance | |
| by_reference.cpp:96:8:96:17 | call to user_input | by_reference.cpp:95:25:95:26 | pa | provenance | |
@@ -519,10 +493,8 @@ edges
| complex.cpp:10:7:10:7 | this [b_] | complex.cpp:10:20:10:21 | this [b_] | provenance | |
| complex.cpp:10:20:10:21 | this [b_] | complex.cpp:10:20:10:21 | b_ | provenance | |
| complex.cpp:11:17:11:17 | a | complex.cpp:11:22:11:27 | ... = ... | provenance | |
| complex.cpp:11:22:11:23 | this [post update] [a_] | complex.cpp:11:8:11:11 | this [Return] [a_] | provenance | |
| complex.cpp:11:22:11:27 | ... = ... | complex.cpp:11:22:11:23 | this [post update] [a_] | provenance | |
| complex.cpp:12:17:12:17 | b | complex.cpp:12:22:12:27 | ... = ... | provenance | |
| complex.cpp:12:22:12:23 | this [post update] [b_] | complex.cpp:12:8:12:11 | this [Return] [b_] | provenance | |
| complex.cpp:12:22:12:27 | ... = ... | complex.cpp:12:22:12:23 | this [post update] [b_] | provenance | |
| complex.cpp:40:17:40:17 | b [inner, f, a_] | complex.cpp:42:8:42:8 | b [inner, f, a_] | provenance | |
| complex.cpp:40:17:40:17 | b [inner, f, b_] | complex.cpp:43:8:43:8 | b [inner, f, b_] | provenance | |
@@ -585,9 +557,7 @@ edges
| constructors.cpp:19:22:19:23 | this [b_] | constructors.cpp:19:22:19:23 | b_ | provenance | |
| constructors.cpp:23:13:23:13 | a | constructors.cpp:23:28:23:28 | a | provenance | |
| constructors.cpp:23:20:23:20 | b | constructors.cpp:23:35:23:35 | b | provenance | |
| constructors.cpp:23:25:23:29 | constructor init of field a_ [post-this] [a_] | constructors.cpp:23:5:23:7 | this [Return] [a_] | provenance | |
| constructors.cpp:23:28:23:28 | a | constructors.cpp:23:25:23:29 | constructor init of field a_ [post-this] [a_] | provenance | |
| constructors.cpp:23:32:23:36 | constructor init of field b_ [post-this] [b_] | constructors.cpp:23:5:23:7 | this [Return] [b_] | provenance | |
| constructors.cpp:23:35:23:35 | b | constructors.cpp:23:32:23:36 | constructor init of field b_ [post-this] [b_] | provenance | |
| constructors.cpp:26:15:26:15 | f [a_] | constructors.cpp:28:10:28:10 | f [a_] | provenance | |
| constructors.cpp:26:15:26:15 | f [b_] | constructors.cpp:29:10:29:10 | f [b_] | provenance | |
@@ -612,14 +582,11 @@ edges
| constructors.cpp:46:9:46:9 | h [a_] | constructors.cpp:26:15:26:15 | f [a_] | provenance | |
| constructors.cpp:46:9:46:9 | h [b_] | constructors.cpp:26:15:26:15 | f [b_] | provenance | |
| qualifiers.cpp:9:21:9:25 | value | qualifiers.cpp:9:30:9:44 | ... = ... | provenance | |
| qualifiers.cpp:9:30:9:33 | this [post update] [a] | qualifiers.cpp:9:10:9:13 | this [Return] [a] | provenance | |
| qualifiers.cpp:9:30:9:44 | ... = ... | qualifiers.cpp:9:30:9:33 | this [post update] [a] | provenance | |
| qualifiers.cpp:12:40:12:44 | value | qualifiers.cpp:12:49:12:64 | ... = ... | provenance | |
| qualifiers.cpp:12:49:12:53 | inner [post update] [a] | qualifiers.cpp:12:27:12:31 | inner [Return] [a] | provenance | |
| qualifiers.cpp:12:49:12:53 | inner [post update] [a] | qualifiers.cpp:12:27:12:31 | inner [a] | provenance | |
| qualifiers.cpp:12:49:12:64 | ... = ... | qualifiers.cpp:12:49:12:53 | inner [post update] [a] | provenance | |
| qualifiers.cpp:13:42:13:46 | value | qualifiers.cpp:13:51:13:65 | ... = ... | provenance | |
| qualifiers.cpp:13:51:13:55 | inner [post update] [a] | qualifiers.cpp:13:29:13:33 | inner [Return] [a] | provenance | |
| qualifiers.cpp:13:51:13:55 | inner [post update] [a] | qualifiers.cpp:13:29:13:33 | inner [a] | provenance | |
| qualifiers.cpp:13:51:13:65 | ... = ... | qualifiers.cpp:13:51:13:55 | inner [post update] [a] | provenance | |
| qualifiers.cpp:22:5:22:9 | ref arg outer [inner, a] | qualifiers.cpp:23:10:23:14 | outer [inner, a] | provenance | |
@@ -687,10 +654,8 @@ edges
| simple.cpp:19:9:19:9 | this [b_] | simple.cpp:19:22:19:23 | this [b_] | provenance | |
| simple.cpp:19:22:19:23 | this [b_] | simple.cpp:19:22:19:23 | b_ | provenance | |
| simple.cpp:20:19:20:19 | a | simple.cpp:20:24:20:29 | ... = ... | provenance | |
| simple.cpp:20:24:20:25 | this [post update] [a_] | simple.cpp:20:10:20:13 | this [Return] [a_] | provenance | |
| simple.cpp:20:24:20:29 | ... = ... | simple.cpp:20:24:20:25 | this [post update] [a_] | provenance | |
| simple.cpp:21:19:21:19 | b | simple.cpp:21:24:21:29 | ... = ... | provenance | |
| simple.cpp:21:24:21:25 | this [post update] [b_] | simple.cpp:21:10:21:13 | this [Return] [b_] | provenance | |
| simple.cpp:21:24:21:29 | ... = ... | simple.cpp:21:24:21:25 | this [post update] [b_] | provenance | |
| simple.cpp:26:15:26:15 | f [a_] | simple.cpp:28:10:28:10 | f [a_] | provenance | |
| simple.cpp:26:15:26:15 | f [b_] | simple.cpp:29:10:29:10 | f [b_] | provenance | |
@@ -782,11 +747,9 @@ edges
| struct_init.c:46:10:46:14 | outer [pointerAB, a] | struct_init.c:46:16:46:24 | pointerAB [a] | provenance | |
| struct_init.c:46:16:46:24 | pointerAB [a] | struct_init.c:14:24:14:25 | ab [a] | provenance | |
nodes
| A.cpp:23:5:23:5 | this [Return] [c] | semmle.label | this [Return] [c] |
| A.cpp:23:10:23:10 | c | semmle.label | c |
| A.cpp:25:7:25:10 | this [post update] [c] | semmle.label | this [post update] [c] |
| A.cpp:25:7:25:17 | ... = ... | semmle.label | ... = ... |
| A.cpp:27:10:27:12 | this [Return] [c] | semmle.label | this [Return] [c] |
| A.cpp:27:17:27:17 | c | semmle.label | c |
| A.cpp:27:22:27:25 | this [post update] [c] | semmle.label | this [post update] [c] |
| A.cpp:27:22:27:32 | ... = ... | semmle.label | ... = ... |
@@ -839,18 +802,13 @@ nodes
| A.cpp:107:16:107:16 | a | semmle.label | a |
| A.cpp:120:12:120:13 | c1 [a] | semmle.label | c1 [a] |
| A.cpp:120:16:120:16 | a | semmle.label | a |
| A.cpp:124:14:124:14 | b [Return] [c] | semmle.label | b [Return] [c] |
| A.cpp:124:14:124:14 | b [c] | semmle.label | b [c] |
| A.cpp:126:5:126:5 | ref arg b [c] | semmle.label | ref arg b [c] |
| A.cpp:126:12:126:18 | new | semmle.label | new |
| A.cpp:131:8:131:8 | ref arg b [c] | semmle.label | ref arg b [c] |
| A.cpp:132:10:132:10 | b [c] | semmle.label | b [c] |
| A.cpp:132:13:132:13 | c | semmle.label | c |
| A.cpp:140:5:140:5 | this [Return] [b, c] | semmle.label | this [Return] [b, c] |
| A.cpp:140:5:140:5 | this [Return] [b] | semmle.label | this [Return] [b] |
| A.cpp:140:5:140:5 | this [Return] [b] | semmle.label | this [Return] [b] |
| A.cpp:140:13:140:13 | b | semmle.label | b |
| A.cpp:140:13:140:13 | b [Return] [c] | semmle.label | b [Return] [c] |
| A.cpp:140:13:140:13 | b [c] | semmle.label | b [c] |
| A.cpp:142:7:142:7 | b [post update] [c] | semmle.label | b [post update] [c] |
| A.cpp:142:7:142:20 | ... = ... | semmle.label | ... = ... |
@@ -904,9 +862,6 @@ nodes
| A.cpp:173:26:173:26 | o | semmle.label | o |
| A.cpp:173:26:173:26 | o [c] | semmle.label | o [c] |
| A.cpp:173:26:173:26 | o [c] | semmle.label | o [c] |
| A.cpp:181:5:181:10 | this [Return] [head] | semmle.label | this [Return] [head] |
| A.cpp:181:5:181:10 | this [Return] [next, head] | semmle.label | this [Return] [next, head] |
| A.cpp:181:5:181:10 | this [Return] [next, next, head] | semmle.label | this [Return] [next, next, head] |
| A.cpp:181:15:181:21 | newHead | semmle.label | newHead |
| A.cpp:181:32:181:35 | next [head] | semmle.label | next [head] |
| A.cpp:181:32:181:35 | next [next, head] | semmle.label | next [next, head] |
@@ -932,16 +887,12 @@ nodes
| B.cpp:19:10:19:11 | b2 [box1, elem2] | semmle.label | b2 [box1, elem2] |
| B.cpp:19:14:19:17 | box1 [elem2] | semmle.label | box1 [elem2] |
| B.cpp:19:20:19:24 | elem2 | semmle.label | elem2 |
| B.cpp:33:5:33:8 | this [Return] [elem1] | semmle.label | this [Return] [elem1] |
| B.cpp:33:5:33:8 | this [Return] [elem2] | semmle.label | this [Return] [elem2] |
| B.cpp:33:16:33:17 | e1 | semmle.label | e1 |
| B.cpp:33:26:33:27 | e2 | semmle.label | e2 |
| B.cpp:35:7:35:10 | this [post update] [elem1] | semmle.label | this [post update] [elem1] |
| B.cpp:35:7:35:22 | ... = ... | semmle.label | ... = ... |
| B.cpp:36:7:36:10 | this [post update] [elem2] | semmle.label | this [post update] [elem2] |
| B.cpp:36:7:36:22 | ... = ... | semmle.label | ... = ... |
| B.cpp:44:5:44:8 | this [Return] [box1, elem1] | semmle.label | this [Return] [box1, elem1] |
| B.cpp:44:5:44:8 | this [Return] [box1, elem2] | semmle.label | this [Return] [box1, elem2] |
| B.cpp:44:16:44:17 | b1 [elem1] | semmle.label | b1 [elem1] |
| B.cpp:44:16:44:17 | b1 [elem2] | semmle.label | b1 [elem2] |
| B.cpp:46:7:46:10 | this [post update] [box1, elem1] | semmle.label | this [post update] [box1, elem1] |
@@ -952,8 +903,6 @@ nodes
| C.cpp:18:12:18:18 | call to C [s3] | semmle.label | call to C [s3] |
| C.cpp:19:5:19:5 | c [s1] | semmle.label | c [s1] |
| C.cpp:19:5:19:5 | c [s3] | semmle.label | c [s3] |
| C.cpp:22:3:22:3 | this [Return] [s1] | semmle.label | this [Return] [s1] |
| C.cpp:22:3:22:3 | this [Return] [s3] | semmle.label | this [Return] [s3] |
| C.cpp:22:9:22:22 | constructor init of field s1 [post-this] [s1] | semmle.label | constructor init of field s1 [post-this] [s1] |
| C.cpp:22:12:22:21 | new | semmle.label | new |
| C.cpp:24:5:24:8 | this [post update] [s3] | semmle.label | this [post update] [s3] |
@@ -968,7 +917,6 @@ nodes
| D.cpp:10:11:10:17 | this [elem] | semmle.label | this [elem] |
| D.cpp:10:30:10:33 | elem | semmle.label | elem |
| D.cpp:10:30:10:33 | this [elem] | semmle.label | this [elem] |
| D.cpp:11:10:11:16 | this [Return] [elem] | semmle.label | this [Return] [elem] |
| D.cpp:11:24:11:24 | e | semmle.label | e |
| D.cpp:11:29:11:32 | this [post update] [elem] | semmle.label | this [post update] [elem] |
| D.cpp:11:29:11:36 | ... = ... | semmle.label | ... = ... |
@@ -1025,12 +973,10 @@ nodes
| E.cpp:32:13:32:18 | buffer | semmle.label | buffer |
| E.cpp:33:18:33:19 | & ... [data, buffer] | semmle.label | & ... [data, buffer] |
| E.cpp:33:19:33:19 | p [data, buffer] | semmle.label | p [data, buffer] |
| aliasing.cpp:8:23:8:23 | s [Return] [m1] | semmle.label | s [Return] [m1] |
| aliasing.cpp:8:23:8:23 | s [m1] | semmle.label | s [m1] |
| aliasing.cpp:9:3:9:3 | s [post update] [m1] | semmle.label | s [post update] [m1] |
| aliasing.cpp:9:3:9:22 | ... = ... | semmle.label | ... = ... |
| aliasing.cpp:9:11:9:20 | call to user_input | semmle.label | call to user_input |
| aliasing.cpp:12:25:12:25 | s [Return] [m1] | semmle.label | s [Return] [m1] |
| aliasing.cpp:12:25:12:25 | s [m1] | semmle.label | s [m1] |
| aliasing.cpp:13:3:13:3 | s [post update] [m1] | semmle.label | s [post update] [m1] |
| aliasing.cpp:13:3:13:21 | ... = ... | semmle.label | ... = ... |
@@ -1054,7 +1000,7 @@ nodes
| aliasing.cpp:93:10:93:10 | s [m1] | semmle.label | s [m1] |
| aliasing.cpp:93:12:93:13 | m1 | semmle.label | m1 |
| aliasing.cpp:105:23:105:24 | pa | semmle.label | pa |
| aliasing.cpp:105:23:105:24 | pa [Return] | semmle.label | pa [Return] |
| aliasing.cpp:106:4:106:5 | pa [inner post update] | semmle.label | pa [inner post update] |
| aliasing.cpp:106:9:106:18 | call to user_input | semmle.label | call to user_input |
| aliasing.cpp:158:15:158:15 | s [post update] [data] | semmle.label | s [post update] [data] |
| aliasing.cpp:158:17:158:20 | ref arg data | semmle.label | ref arg data |
@@ -1139,20 +1085,16 @@ nodes
| arrays.cpp:44:10:44:17 | indirect [arr, data] | semmle.label | indirect [arr, data] |
| arrays.cpp:44:20:44:22 | arr [data] | semmle.label | arr [data] |
| arrays.cpp:44:27:44:30 | data | semmle.label | data |
| by_reference.cpp:11:39:11:39 | s [Return] [a] | semmle.label | s [Return] [a] |
| by_reference.cpp:11:39:11:39 | s [a] | semmle.label | s [a] |
| by_reference.cpp:11:48:11:52 | value | semmle.label | value |
| by_reference.cpp:12:5:12:5 | s [post update] [a] | semmle.label | s [post update] [a] |
| by_reference.cpp:12:5:12:16 | ... = ... | semmle.label | ... = ... |
| by_reference.cpp:15:8:15:18 | this [Return] [a] | semmle.label | this [Return] [a] |
| by_reference.cpp:15:26:15:30 | value | semmle.label | value |
| by_reference.cpp:16:5:16:8 | this [post update] [a] | semmle.label | this [post update] [a] |
| by_reference.cpp:16:5:16:19 | ... = ... | semmle.label | ... = ... |
| by_reference.cpp:19:8:19:20 | this [Return] [a] | semmle.label | this [Return] [a] |
| by_reference.cpp:19:28:19:32 | value | semmle.label | value |
| by_reference.cpp:20:5:20:8 | ref arg this [a] | semmle.label | ref arg this [a] |
| by_reference.cpp:20:23:20:27 | value | semmle.label | value |
| by_reference.cpp:23:8:23:26 | this [Return] [a] | semmle.label | this [Return] [a] |
| by_reference.cpp:23:34:23:38 | value | semmle.label | value |
| by_reference.cpp:24:19:24:22 | ref arg this [a] | semmle.label | ref arg this [a] |
| by_reference.cpp:24:25:24:29 | value | semmle.label | value |
@@ -1185,18 +1127,16 @@ nodes
| by_reference.cpp:69:8:69:20 | call to nonMemberGetA | semmle.label | call to nonMemberGetA |
| by_reference.cpp:69:22:69:23 | & ... [a] | semmle.label | & ... [a] |
| by_reference.cpp:69:23:69:23 | s [a] | semmle.label | s [a] |
| by_reference.cpp:83:31:83:35 | inner [Return] [a] | semmle.label | inner [Return] [a] |
| by_reference.cpp:83:31:83:35 | inner [a] | semmle.label | inner [a] |
| by_reference.cpp:84:3:84:7 | inner [post update] [a] | semmle.label | inner [post update] [a] |
| by_reference.cpp:84:3:84:25 | ... = ... | semmle.label | ... = ... |
| by_reference.cpp:84:14:84:23 | call to user_input | semmle.label | call to user_input |
| by_reference.cpp:87:31:87:35 | inner [Return] [a] | semmle.label | inner [Return] [a] |
| by_reference.cpp:87:31:87:35 | inner [a] | semmle.label | inner [a] |
| by_reference.cpp:88:3:88:7 | inner [post update] [a] | semmle.label | inner [post update] [a] |
| by_reference.cpp:88:3:88:24 | ... = ... | semmle.label | ... = ... |
| by_reference.cpp:88:13:88:22 | call to user_input | semmle.label | call to user_input |
| by_reference.cpp:91:25:91:26 | pa | semmle.label | pa |
| by_reference.cpp:91:25:91:26 | pa [Return] | semmle.label | pa [Return] |
| by_reference.cpp:92:4:92:5 | pa [inner post update] | semmle.label | pa [inner post update] |
| by_reference.cpp:92:9:92:18 | call to user_input | semmle.label | call to user_input |
| by_reference.cpp:95:25:95:26 | pa | semmle.label | pa |
| by_reference.cpp:96:8:96:17 | call to user_input | semmle.label | call to user_input |
@@ -1313,11 +1253,9 @@ nodes
| complex.cpp:10:7:10:7 | this [b_] | semmle.label | this [b_] |
| complex.cpp:10:20:10:21 | b_ | semmle.label | b_ |
| complex.cpp:10:20:10:21 | this [b_] | semmle.label | this [b_] |
| complex.cpp:11:8:11:11 | this [Return] [a_] | semmle.label | this [Return] [a_] |
| complex.cpp:11:17:11:17 | a | semmle.label | a |
| complex.cpp:11:22:11:23 | this [post update] [a_] | semmle.label | this [post update] [a_] |
| complex.cpp:11:22:11:27 | ... = ... | semmle.label | ... = ... |
| complex.cpp:12:8:12:11 | this [Return] [b_] | semmle.label | this [Return] [b_] |
| complex.cpp:12:17:12:17 | b | semmle.label | b |
| complex.cpp:12:22:12:23 | this [post update] [b_] | semmle.label | this [post update] [b_] |
| complex.cpp:12:22:12:27 | ... = ... | semmle.label | ... = ... |
@@ -1383,8 +1321,6 @@ nodes
| constructors.cpp:19:9:19:9 | this [b_] | semmle.label | this [b_] |
| constructors.cpp:19:22:19:23 | b_ | semmle.label | b_ |
| constructors.cpp:19:22:19:23 | this [b_] | semmle.label | this [b_] |
| constructors.cpp:23:5:23:7 | this [Return] [a_] | semmle.label | this [Return] [a_] |
| constructors.cpp:23:5:23:7 | this [Return] [b_] | semmle.label | this [Return] [b_] |
| constructors.cpp:23:13:23:13 | a | semmle.label | a |
| constructors.cpp:23:20:23:20 | b | semmle.label | b |
| constructors.cpp:23:25:23:29 | constructor init of field a_ [post-this] [a_] | semmle.label | constructor init of field a_ [post-this] [a_] |
@@ -1409,16 +1345,13 @@ nodes
| constructors.cpp:43:9:43:9 | g [b_] | semmle.label | g [b_] |
| constructors.cpp:46:9:46:9 | h [a_] | semmle.label | h [a_] |
| constructors.cpp:46:9:46:9 | h [b_] | semmle.label | h [b_] |
| qualifiers.cpp:9:10:9:13 | this [Return] [a] | semmle.label | this [Return] [a] |
| qualifiers.cpp:9:21:9:25 | value | semmle.label | value |
| qualifiers.cpp:9:30:9:33 | this [post update] [a] | semmle.label | this [post update] [a] |
| qualifiers.cpp:9:30:9:44 | ... = ... | semmle.label | ... = ... |
| qualifiers.cpp:12:27:12:31 | inner [Return] [a] | semmle.label | inner [Return] [a] |
| qualifiers.cpp:12:27:12:31 | inner [a] | semmle.label | inner [a] |
| qualifiers.cpp:12:40:12:44 | value | semmle.label | value |
| qualifiers.cpp:12:49:12:53 | inner [post update] [a] | semmle.label | inner [post update] [a] |
| qualifiers.cpp:12:49:12:64 | ... = ... | semmle.label | ... = ... |
| qualifiers.cpp:13:29:13:33 | inner [Return] [a] | semmle.label | inner [Return] [a] |
| qualifiers.cpp:13:29:13:33 | inner [a] | semmle.label | inner [a] |
| qualifiers.cpp:13:42:13:46 | value | semmle.label | value |
| qualifiers.cpp:13:51:13:55 | inner [post update] [a] | semmle.label | inner [post update] [a] |
@@ -1492,11 +1425,9 @@ nodes
| simple.cpp:19:9:19:9 | this [b_] | semmle.label | this [b_] |
| simple.cpp:19:22:19:23 | b_ | semmle.label | b_ |
| simple.cpp:19:22:19:23 | this [b_] | semmle.label | this [b_] |
| simple.cpp:20:10:20:13 | this [Return] [a_] | semmle.label | this [Return] [a_] |
| simple.cpp:20:19:20:19 | a | semmle.label | a |
| simple.cpp:20:24:20:25 | this [post update] [a_] | semmle.label | this [post update] [a_] |
| simple.cpp:20:24:20:29 | ... = ... | semmle.label | ... = ... |
| simple.cpp:21:10:21:13 | this [Return] [b_] | semmle.label | this [Return] [b_] |
| simple.cpp:21:19:21:19 | b | semmle.label | b |
| simple.cpp:21:24:21:25 | this [post update] [b_] | semmle.label | this [post update] [b_] |
| simple.cpp:21:24:21:29 | ... = ... | semmle.label | ... = ... |
@@ -1582,71 +1513,71 @@ nodes
| struct_init.c:46:10:46:14 | outer [pointerAB, a] | semmle.label | outer [pointerAB, a] |
| struct_init.c:46:16:46:24 | pointerAB [a] | semmle.label | pointerAB [a] |
subpaths
| A.cpp:31:20:31:20 | c | A.cpp:23:10:23:10 | c | A.cpp:23:5:23:5 | this [Return] [c] | A.cpp:31:14:31:21 | call to B [c] |
| A.cpp:31:20:31:20 | c | A.cpp:23:10:23:10 | c | A.cpp:25:7:25:10 | this [post update] [c] | A.cpp:31:14:31:21 | call to B [c] |
| A.cpp:48:20:48:20 | c | A.cpp:29:23:29:23 | c | A.cpp:31:14:31:21 | new [c] | A.cpp:48:12:48:18 | call to make [c] |
| A.cpp:55:12:55:19 | new | A.cpp:27:17:27:17 | c | A.cpp:27:10:27:12 | this [Return] [c] | A.cpp:55:5:55:5 | ref arg b [c] |
| A.cpp:55:12:55:19 | new | A.cpp:27:17:27:17 | c | A.cpp:27:22:27:25 | this [post update] [c] | A.cpp:55:5:55:5 | ref arg b [c] |
| A.cpp:56:10:56:10 | b [c] | A.cpp:28:8:28:10 | this [c] | A.cpp:28:29:28:29 | c | A.cpp:56:13:56:15 | call to get |
| A.cpp:57:11:57:24 | new [c] | A.cpp:28:8:28:10 | this [c] | A.cpp:28:29:28:29 | c | A.cpp:57:28:57:30 | call to get |
| A.cpp:57:17:57:23 | new | A.cpp:23:10:23:10 | c | A.cpp:23:5:23:5 | this [Return] [c] | A.cpp:57:11:57:24 | call to B [c] |
| A.cpp:57:17:57:23 | new | A.cpp:23:10:23:10 | c | A.cpp:25:7:25:10 | this [post update] [c] | A.cpp:57:11:57:24 | call to B [c] |
| A.cpp:64:21:64:28 | new | A.cpp:85:26:85:26 | c | A.cpp:91:14:91:15 | b2 [c] | A.cpp:64:10:64:15 | call to setOnB [c] |
| A.cpp:73:25:73:32 | new | A.cpp:78:27:78:27 | c | A.cpp:82:12:82:24 | ... ? ... : ... [c] | A.cpp:73:10:73:19 | call to setOnBWrap [c] |
| A.cpp:81:21:81:21 | c | A.cpp:85:26:85:26 | c | A.cpp:91:14:91:15 | b2 [c] | A.cpp:81:10:81:15 | call to setOnB [c] |
| A.cpp:90:15:90:15 | c | A.cpp:27:17:27:17 | c | A.cpp:27:10:27:12 | this [Return] [c] | A.cpp:90:7:90:8 | ref arg b2 [c] |
| A.cpp:126:12:126:18 | new | A.cpp:27:17:27:17 | c | A.cpp:27:10:27:12 | this [Return] [c] | A.cpp:126:5:126:5 | ref arg b [c] |
| A.cpp:151:18:151:18 | b | A.cpp:140:13:140:13 | b | A.cpp:140:5:140:5 | this [Return] [b] | A.cpp:151:12:151:24 | call to D [b] |
| A.cpp:90:15:90:15 | c | A.cpp:27:17:27:17 | c | A.cpp:27:22:27:25 | this [post update] [c] | A.cpp:90:7:90:8 | ref arg b2 [c] |
| A.cpp:126:12:126:18 | new | A.cpp:27:17:27:17 | c | A.cpp:27:22:27:25 | this [post update] [c] | A.cpp:126:5:126:5 | ref arg b [c] |
| A.cpp:151:18:151:18 | b | A.cpp:140:13:140:13 | b | A.cpp:143:7:143:10 | this [post update] [b] | A.cpp:151:12:151:24 | call to D [b] |
| A.cpp:152:13:152:13 | b [c] | A.cpp:173:26:173:26 | o [c] | A.cpp:173:26:173:26 | o [c] | A.cpp:152:13:152:13 | ref arg b [c] |
| A.cpp:160:29:160:29 | b | A.cpp:181:15:181:21 | newHead | A.cpp:181:5:181:10 | this [Return] [head] | A.cpp:160:18:160:60 | call to MyList [head] |
| A.cpp:161:38:161:39 | l1 [head] | A.cpp:181:32:181:35 | next [head] | A.cpp:181:5:181:10 | this [Return] [next, head] | A.cpp:161:18:161:40 | call to MyList [next, head] |
| A.cpp:162:38:162:39 | l2 [next, head] | A.cpp:181:32:181:35 | next [next, head] | A.cpp:181:5:181:10 | this [Return] [next, next, head] | A.cpp:162:18:162:40 | call to MyList [next, next, head] |
| A.cpp:160:29:160:29 | b | A.cpp:181:15:181:21 | newHead | A.cpp:183:7:183:10 | this [post update] [head] | A.cpp:160:18:160:60 | call to MyList [head] |
| A.cpp:161:38:161:39 | l1 [head] | A.cpp:181:32:181:35 | next [head] | A.cpp:184:7:184:10 | this [post update] [next, head] | A.cpp:161:18:161:40 | call to MyList [next, head] |
| A.cpp:162:38:162:39 | l2 [next, head] | A.cpp:181:32:181:35 | next [next, head] | A.cpp:184:7:184:10 | this [post update] [next, next, head] | A.cpp:162:18:162:40 | call to MyList [next, next, head] |
| A.cpp:165:26:165:29 | head | A.cpp:173:26:173:26 | o | A.cpp:173:26:173:26 | o | A.cpp:165:26:165:29 | ref arg head |
| B.cpp:7:25:7:25 | e | B.cpp:33:16:33:17 | e1 | B.cpp:33:5:33:8 | this [Return] [elem1] | B.cpp:7:16:7:35 | call to Box1 [elem1] |
| B.cpp:8:25:8:26 | b1 [elem1] | B.cpp:44:16:44:17 | b1 [elem1] | B.cpp:44:5:44:8 | this [Return] [box1, elem1] | B.cpp:8:16:8:27 | call to Box2 [box1, elem1] |
| B.cpp:16:37:16:37 | e | B.cpp:33:26:33:27 | e2 | B.cpp:33:5:33:8 | this [Return] [elem2] | B.cpp:16:16:16:38 | call to Box1 [elem2] |
| B.cpp:17:25:17:26 | b1 [elem2] | B.cpp:44:16:44:17 | b1 [elem2] | B.cpp:44:5:44:8 | this [Return] [box1, elem2] | B.cpp:17:16:17:27 | call to Box2 [box1, elem2] |
| B.cpp:7:25:7:25 | e | B.cpp:33:16:33:17 | e1 | B.cpp:35:7:35:10 | this [post update] [elem1] | B.cpp:7:16:7:35 | call to Box1 [elem1] |
| B.cpp:8:25:8:26 | b1 [elem1] | B.cpp:44:16:44:17 | b1 [elem1] | B.cpp:46:7:46:10 | this [post update] [box1, elem1] | B.cpp:8:16:8:27 | call to Box2 [box1, elem1] |
| B.cpp:16:37:16:37 | e | B.cpp:33:26:33:27 | e2 | B.cpp:36:7:36:10 | this [post update] [elem2] | B.cpp:16:16:16:38 | call to Box1 [elem2] |
| B.cpp:17:25:17:26 | b1 [elem2] | B.cpp:44:16:44:17 | b1 [elem2] | B.cpp:46:7:46:10 | this [post update] [box1, elem2] | B.cpp:17:16:17:27 | call to Box2 [box1, elem2] |
| D.cpp:22:10:22:11 | b2 [box, elem] | D.cpp:17:11:17:17 | this [box, elem] | D.cpp:17:30:17:32 | box [elem] | D.cpp:22:14:22:20 | call to getBox1 [elem] |
| D.cpp:22:14:22:20 | call to getBox1 [elem] | D.cpp:10:11:10:17 | this [elem] | D.cpp:10:30:10:33 | elem | D.cpp:22:25:22:31 | call to getElem |
| D.cpp:37:21:37:21 | e | D.cpp:11:24:11:24 | e | D.cpp:11:10:11:16 | this [Return] [elem] | D.cpp:37:8:37:10 | ref arg box [elem] |
| D.cpp:51:27:51:27 | e | D.cpp:11:24:11:24 | e | D.cpp:11:10:11:16 | this [Return] [elem] | D.cpp:51:8:51:14 | ref arg call to getBox1 [elem] |
| D.cpp:37:21:37:21 | e | D.cpp:11:24:11:24 | e | D.cpp:11:29:11:32 | this [post update] [elem] | D.cpp:37:8:37:10 | ref arg box [elem] |
| D.cpp:51:27:51:27 | e | D.cpp:11:24:11:24 | e | D.cpp:11:29:11:32 | this [post update] [elem] | D.cpp:51:8:51:14 | ref arg call to getBox1 [elem] |
| arrays.cpp:37:24:37:27 | data | realistic.cpp:41:17:41:17 | o | realistic.cpp:41:17:41:17 | o | arrays.cpp:37:24:37:27 | ref arg data |
| arrays.cpp:43:27:43:30 | data | realistic.cpp:41:17:41:17 | o | realistic.cpp:41:17:41:17 | o | arrays.cpp:43:27:43:30 | ref arg data |
| by_reference.cpp:20:23:20:27 | value | by_reference.cpp:15:26:15:30 | value | by_reference.cpp:15:8:15:18 | this [Return] [a] | by_reference.cpp:20:5:20:8 | ref arg this [a] |
| by_reference.cpp:24:25:24:29 | value | by_reference.cpp:11:48:11:52 | value | by_reference.cpp:11:39:11:39 | s [Return] [a] | by_reference.cpp:24:19:24:22 | ref arg this [a] |
| by_reference.cpp:20:23:20:27 | value | by_reference.cpp:15:26:15:30 | value | by_reference.cpp:16:5:16:8 | this [post update] [a] | by_reference.cpp:20:5:20:8 | ref arg this [a] |
| by_reference.cpp:24:25:24:29 | value | by_reference.cpp:11:48:11:52 | value | by_reference.cpp:11:39:11:39 | s [a] | by_reference.cpp:24:19:24:22 | ref arg this [a] |
| by_reference.cpp:24:25:24:29 | value | by_reference.cpp:11:48:11:52 | value | by_reference.cpp:12:5:12:5 | s [post update] [a] | by_reference.cpp:24:19:24:22 | ref arg this [a] |
| by_reference.cpp:40:12:40:15 | this [a] | by_reference.cpp:35:9:35:19 | this [a] | by_reference.cpp:36:18:36:18 | a | by_reference.cpp:40:18:40:28 | call to getDirectly |
| by_reference.cpp:44:26:44:29 | this [a] | by_reference.cpp:31:46:31:46 | s [a] | by_reference.cpp:32:15:32:15 | a | by_reference.cpp:44:12:44:24 | call to nonMemberGetA |
| by_reference.cpp:50:17:50:26 | call to user_input | by_reference.cpp:15:26:15:30 | value | by_reference.cpp:15:8:15:18 | this [Return] [a] | by_reference.cpp:50:3:50:3 | ref arg s [a] |
| by_reference.cpp:50:17:50:26 | call to user_input | by_reference.cpp:15:26:15:30 | value | by_reference.cpp:16:5:16:8 | this [post update] [a] | by_reference.cpp:50:3:50:3 | ref arg s [a] |
| by_reference.cpp:51:8:51:8 | s [a] | by_reference.cpp:35:9:35:19 | this [a] | by_reference.cpp:36:18:36:18 | a | by_reference.cpp:51:10:51:20 | call to getDirectly |
| by_reference.cpp:56:19:56:28 | call to user_input | by_reference.cpp:19:28:19:32 | value | by_reference.cpp:19:8:19:20 | this [Return] [a] | by_reference.cpp:56:3:56:3 | ref arg s [a] |
| by_reference.cpp:56:19:56:28 | call to user_input | by_reference.cpp:19:28:19:32 | value | by_reference.cpp:20:5:20:8 | ref arg this [a] | by_reference.cpp:56:3:56:3 | ref arg s [a] |
| by_reference.cpp:57:8:57:8 | s [a] | by_reference.cpp:39:9:39:21 | this [a] | by_reference.cpp:40:18:40:28 | call to getDirectly | by_reference.cpp:57:10:57:22 | call to getIndirectly |
| by_reference.cpp:62:25:62:34 | call to user_input | by_reference.cpp:23:34:23:38 | value | by_reference.cpp:23:8:23:26 | this [Return] [a] | by_reference.cpp:62:3:62:3 | ref arg s [a] |
| by_reference.cpp:62:25:62:34 | call to user_input | by_reference.cpp:23:34:23:38 | value | by_reference.cpp:24:19:24:22 | ref arg this [a] | by_reference.cpp:62:3:62:3 | ref arg s [a] |
| by_reference.cpp:63:8:63:8 | s [a] | by_reference.cpp:43:9:43:27 | this [a] | by_reference.cpp:44:12:44:24 | call to nonMemberGetA | by_reference.cpp:63:10:63:28 | call to getThroughNonMember |
| by_reference.cpp:68:21:68:30 | call to user_input | by_reference.cpp:11:48:11:52 | value | by_reference.cpp:11:39:11:39 | s [Return] [a] | by_reference.cpp:68:17:68:18 | ref arg & ... [a] |
| by_reference.cpp:68:21:68:30 | call to user_input | by_reference.cpp:11:48:11:52 | value | by_reference.cpp:11:39:11:39 | s [a] | by_reference.cpp:68:17:68:18 | ref arg & ... [a] |
| by_reference.cpp:68:21:68:30 | call to user_input | by_reference.cpp:11:48:11:52 | value | by_reference.cpp:12:5:12:5 | s [post update] [a] | by_reference.cpp:68:17:68:18 | ref arg & ... [a] |
| by_reference.cpp:69:22:69:23 | & ... [a] | by_reference.cpp:31:46:31:46 | s [a] | by_reference.cpp:32:15:32:15 | a | by_reference.cpp:69:8:69:20 | call to nonMemberGetA |
| complex.cpp:42:16:42:16 | f [a_] | complex.cpp:9:7:9:7 | this [a_] | complex.cpp:9:20:9:21 | a_ | complex.cpp:42:18:42:18 | call to a |
| complex.cpp:43:16:43:16 | f [b_] | complex.cpp:10:7:10:7 | this [b_] | complex.cpp:10:20:10:21 | b_ | complex.cpp:43:18:43:18 | call to b |
| complex.cpp:53:19:53:28 | call to user_input | complex.cpp:11:17:11:17 | a | complex.cpp:11:8:11:11 | this [Return] [a_] | complex.cpp:53:12:53:12 | ref arg f [a_] |
| complex.cpp:54:19:54:28 | call to user_input | complex.cpp:12:17:12:17 | b | complex.cpp:12:8:12:11 | this [Return] [b_] | complex.cpp:54:12:54:12 | ref arg f [b_] |
| complex.cpp:55:19:55:28 | call to user_input | complex.cpp:11:17:11:17 | a | complex.cpp:11:8:11:11 | this [Return] [a_] | complex.cpp:55:12:55:12 | ref arg f [a_] |
| complex.cpp:56:19:56:28 | call to user_input | complex.cpp:12:17:12:17 | b | complex.cpp:12:8:12:11 | this [Return] [b_] | complex.cpp:56:12:56:12 | ref arg f [b_] |
| complex.cpp:53:19:53:28 | call to user_input | complex.cpp:11:17:11:17 | a | complex.cpp:11:22:11:23 | this [post update] [a_] | complex.cpp:53:12:53:12 | ref arg f [a_] |
| complex.cpp:54:19:54:28 | call to user_input | complex.cpp:12:17:12:17 | b | complex.cpp:12:22:12:23 | this [post update] [b_] | complex.cpp:54:12:54:12 | ref arg f [b_] |
| complex.cpp:55:19:55:28 | call to user_input | complex.cpp:11:17:11:17 | a | complex.cpp:11:22:11:23 | this [post update] [a_] | complex.cpp:55:12:55:12 | ref arg f [a_] |
| complex.cpp:56:19:56:28 | call to user_input | complex.cpp:12:17:12:17 | b | complex.cpp:12:22:12:23 | this [post update] [b_] | complex.cpp:56:12:56:12 | ref arg f [b_] |
| constructors.cpp:28:10:28:10 | f [a_] | constructors.cpp:18:9:18:9 | this [a_] | constructors.cpp:18:22:18:23 | a_ | constructors.cpp:28:12:28:12 | call to a |
| constructors.cpp:29:10:29:10 | f [b_] | constructors.cpp:19:9:19:9 | this [b_] | constructors.cpp:19:22:19:23 | b_ | constructors.cpp:29:12:29:12 | call to b |
| constructors.cpp:34:11:34:20 | call to user_input | constructors.cpp:23:13:23:13 | a | constructors.cpp:23:5:23:7 | this [Return] [a_] | constructors.cpp:34:11:34:26 | call to Foo [a_] |
| constructors.cpp:35:14:35:23 | call to user_input | constructors.cpp:23:20:23:20 | b | constructors.cpp:23:5:23:7 | this [Return] [b_] | constructors.cpp:35:11:35:26 | call to Foo [b_] |
| constructors.cpp:36:11:36:20 | call to user_input | constructors.cpp:23:13:23:13 | a | constructors.cpp:23:5:23:7 | this [Return] [a_] | constructors.cpp:36:11:36:37 | call to Foo [a_] |
| constructors.cpp:36:25:36:34 | call to user_input | constructors.cpp:23:20:23:20 | b | constructors.cpp:23:5:23:7 | this [Return] [b_] | constructors.cpp:36:11:36:37 | call to Foo [b_] |
| qualifiers.cpp:27:28:27:37 | call to user_input | qualifiers.cpp:9:21:9:25 | value | qualifiers.cpp:9:10:9:13 | this [Return] [a] | qualifiers.cpp:27:11:27:18 | ref arg call to getInner [a] |
| qualifiers.cpp:32:35:32:44 | call to user_input | qualifiers.cpp:12:40:12:44 | value | qualifiers.cpp:12:27:12:31 | inner [Return] [a] | qualifiers.cpp:32:23:32:30 | ref arg call to getInner [a] |
| constructors.cpp:34:11:34:20 | call to user_input | constructors.cpp:23:13:23:13 | a | constructors.cpp:23:25:23:29 | constructor init of field a_ [post-this] [a_] | constructors.cpp:34:11:34:26 | call to Foo [a_] |
| constructors.cpp:35:14:35:23 | call to user_input | constructors.cpp:23:20:23:20 | b | constructors.cpp:23:32:23:36 | constructor init of field b_ [post-this] [b_] | constructors.cpp:35:11:35:26 | call to Foo [b_] |
| constructors.cpp:36:11:36:20 | call to user_input | constructors.cpp:23:13:23:13 | a | constructors.cpp:23:25:23:29 | constructor init of field a_ [post-this] [a_] | constructors.cpp:36:11:36:37 | call to Foo [a_] |
| constructors.cpp:36:25:36:34 | call to user_input | constructors.cpp:23:20:23:20 | b | constructors.cpp:23:32:23:36 | constructor init of field b_ [post-this] [b_] | constructors.cpp:36:11:36:37 | call to Foo [b_] |
| qualifiers.cpp:27:28:27:37 | call to user_input | qualifiers.cpp:9:21:9:25 | value | qualifiers.cpp:9:30:9:33 | this [post update] [a] | qualifiers.cpp:27:11:27:18 | ref arg call to getInner [a] |
| qualifiers.cpp:32:35:32:44 | call to user_input | qualifiers.cpp:12:40:12:44 | value | qualifiers.cpp:12:27:12:31 | inner [a] | qualifiers.cpp:32:23:32:30 | ref arg call to getInner [a] |
| qualifiers.cpp:37:38:37:47 | call to user_input | qualifiers.cpp:13:42:13:46 | value | qualifiers.cpp:13:29:13:33 | inner [Return] [a] | qualifiers.cpp:37:19:37:35 | ref arg * ... [a] |
| qualifiers.cpp:32:35:32:44 | call to user_input | qualifiers.cpp:12:40:12:44 | value | qualifiers.cpp:12:49:12:53 | inner [post update] [a] | qualifiers.cpp:32:23:32:30 | ref arg call to getInner [a] |
| qualifiers.cpp:37:38:37:47 | call to user_input | qualifiers.cpp:13:42:13:46 | value | qualifiers.cpp:13:29:13:33 | inner [a] | qualifiers.cpp:37:19:37:35 | ref arg * ... [a] |
| qualifiers.cpp:37:38:37:47 | call to user_input | qualifiers.cpp:13:42:13:46 | value | qualifiers.cpp:13:51:13:55 | inner [post update] [a] | qualifiers.cpp:37:19:37:35 | ref arg * ... [a] |
| realistic.cpp:61:47:61:55 | bufferLen | realistic.cpp:41:17:41:17 | o | realistic.cpp:41:17:41:17 | o | realistic.cpp:61:47:61:55 | ref arg bufferLen |
| simple.cpp:28:10:28:10 | f [a_] | simple.cpp:18:9:18:9 | this [a_] | simple.cpp:18:22:18:23 | a_ | simple.cpp:28:12:28:12 | call to a |
| simple.cpp:29:10:29:10 | f [b_] | simple.cpp:19:9:19:9 | this [b_] | simple.cpp:19:22:19:23 | b_ | simple.cpp:29:12:29:12 | call to b |
| simple.cpp:39:12:39:21 | call to user_input | simple.cpp:20:19:20:19 | a | simple.cpp:20:10:20:13 | this [Return] [a_] | simple.cpp:39:5:39:5 | ref arg f [a_] |
| simple.cpp:40:12:40:21 | call to user_input | simple.cpp:21:19:21:19 | b | simple.cpp:21:10:21:13 | this [Return] [b_] | simple.cpp:40:5:40:5 | ref arg g [b_] |
| simple.cpp:41:12:41:21 | call to user_input | simple.cpp:20:19:20:19 | a | simple.cpp:20:10:20:13 | this [Return] [a_] | simple.cpp:41:5:41:5 | ref arg h [a_] |
| simple.cpp:42:12:42:21 | call to user_input | simple.cpp:21:19:21:19 | b | simple.cpp:21:10:21:13 | this [Return] [b_] | simple.cpp:42:5:42:5 | ref arg h [b_] |
| simple.cpp:39:12:39:21 | call to user_input | simple.cpp:20:19:20:19 | a | simple.cpp:20:24:20:25 | this [post update] [a_] | simple.cpp:39:5:39:5 | ref arg f [a_] |
| simple.cpp:40:12:40:21 | call to user_input | simple.cpp:21:19:21:19 | b | simple.cpp:21:24:21:25 | this [post update] [b_] | simple.cpp:40:5:40:5 | ref arg g [b_] |
| simple.cpp:41:12:41:21 | call to user_input | simple.cpp:20:19:20:19 | a | simple.cpp:20:24:20:25 | this [post update] [a_] | simple.cpp:41:5:41:5 | ref arg h [a_] |
| simple.cpp:42:12:42:21 | call to user_input | simple.cpp:21:19:21:19 | b | simple.cpp:21:24:21:25 | this [post update] [b_] | simple.cpp:42:5:42:5 | ref arg h [b_] |
| simple.cpp:84:14:84:20 | this [f2, f1] | simple.cpp:78:9:78:15 | this [f2, f1] | simple.cpp:79:19:79:20 | f1 | simple.cpp:84:14:84:20 | call to getf2f1 |
| struct_init.c:15:12:15:12 | a | realistic.cpp:41:17:41:17 | o | realistic.cpp:41:17:41:17 | o | struct_init.c:15:12:15:12 | ref arg a |
| struct_init.c:22:11:22:11 | a | realistic.cpp:41:17:41:17 | o | realistic.cpp:41:17:41:17 | o | struct_init.c:22:11:22:11 | ref arg a |

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File diff suppressed because it is too large Load Diff

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@@ -27,7 +27,6 @@ invalidOverlap
nonUniqueEnclosingIRFunction
fieldAddressOnNonPointer
thisArgumentIsNonPointer
| ir.cpp:2546:34:2546:34 | Call: call to operator bool | Call instruction 'Call: call to operator bool' has a `this` argument operand that is not an address, in function '$@'. | ir.cpp:2545:6:2545:23 | void this_inconsistency(bool) | void this_inconsistency(bool) |
nonUniqueIRVariable
| coroutines.cpp:87:20:87:20 | VariableAddress: (unnamed local variable) | Variable address instruction 'VariableAddress: (unnamed local variable)' has no associated variable, in function '$@'. | coroutines.cpp:87:20:87:33 | co_returnable_void co_return_void() | co_returnable_void co_return_void() |
| coroutines.cpp:87:20:87:20 | VariableAddress: (unnamed local variable) | Variable address instruction 'VariableAddress: (unnamed local variable)' has no associated variable, in function '$@'. | coroutines.cpp:87:20:87:33 | co_returnable_void co_return_void() | co_returnable_void co_return_void() |

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@@ -27,7 +27,6 @@ invalidOverlap
nonUniqueEnclosingIRFunction
fieldAddressOnNonPointer
thisArgumentIsNonPointer
| ir.cpp:2546:34:2546:34 | Call: call to operator bool | Call instruction 'Call: call to operator bool' has a `this` argument operand that is not an address, in function '$@'. | ir.cpp:2545:6:2545:23 | void this_inconsistency(bool) | void this_inconsistency(bool) |
nonUniqueIRVariable
| coroutines.cpp:87:20:87:20 | VariableAddress: (unnamed local variable) | Variable address instruction 'VariableAddress: (unnamed local variable)' has no associated variable, in function '$@'. | coroutines.cpp:87:20:87:33 | co_returnable_void co_return_void() | co_returnable_void co_return_void() |
| coroutines.cpp:87:20:87:20 | VariableAddress: (unnamed local variable) | Variable address instruction 'VariableAddress: (unnamed local variable)' has no associated variable, in function '$@'. | coroutines.cpp:87:20:87:33 | co_returnable_void co_return_void() | co_returnable_void co_return_void() |

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@@ -2191,7 +2191,6 @@ public:
void set_x(char y) { *x = y; }
char get_x() { return *x; }
operator bool() const;
};
constexpr bool initialization_with_destructor_bool = true;
@@ -2540,16 +2539,4 @@ void destructor_possibly_not_handled() {
}
}
ClassWithDestructor getClassWithDestructor();
void this_inconsistency(bool b) {
if (const ClassWithDestructor& a = getClassWithDestructor())
;
}
void constexpr_inconsistency(bool b) {
if constexpr (const ClassWithDestructor& a = getClassWithDestructor(); initialization_with_destructor_bool)
;
}
// semmle-extractor-options: -std=c++20 --clang

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@@ -36,7 +36,6 @@ invalidOverlap
nonUniqueEnclosingIRFunction
fieldAddressOnNonPointer
thisArgumentIsNonPointer
| ir.cpp:2546:34:2546:34 | Call: call to operator bool | Call instruction 'Call: call to operator bool' has a `this` argument operand that is not an address, in function '$@'. | ir.cpp:2545:6:2545:23 | void this_inconsistency(bool) | void this_inconsistency(bool) |
nonUniqueIRVariable
| coroutines.cpp:87:20:87:20 | VariableAddress: (unnamed local variable) | Variable address instruction 'VariableAddress: (unnamed local variable)' has no associated variable, in function '$@'. | coroutines.cpp:87:20:87:33 | co_returnable_void co_return_void() | co_returnable_void co_return_void() |
| coroutines.cpp:87:20:87:20 | VariableAddress: (unnamed local variable) | Variable address instruction 'VariableAddress: (unnamed local variable)' has no associated variable, in function '$@'. | coroutines.cpp:87:20:87:33 | co_returnable_void co_return_void() | co_returnable_void co_return_void() |

File diff suppressed because it is too large Load Diff

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@@ -27,7 +27,6 @@ invalidOverlap
nonUniqueEnclosingIRFunction
fieldAddressOnNonPointer
thisArgumentIsNonPointer
| ir.cpp:2546:34:2546:34 | Call: call to operator bool | Call instruction 'Call: call to operator bool' has a `this` argument operand that is not an address, in function '$@'. | ir.cpp:2545:6:2545:23 | void this_inconsistency(bool) | void this_inconsistency(bool) |
nonUniqueIRVariable
| coroutines.cpp:87:20:87:20 | VariableAddress: (unnamed local variable) | Variable address instruction 'VariableAddress: (unnamed local variable)' has no associated variable, in function '$@'. | coroutines.cpp:87:20:87:33 | co_returnable_void co_return_void() | co_returnable_void co_return_void() |
| coroutines.cpp:87:20:87:20 | VariableAddress: (unnamed local variable) | Variable address instruction 'VariableAddress: (unnamed local variable)' has no associated variable, in function '$@'. | coroutines.cpp:87:20:87:33 | co_returnable_void co_return_void() | co_returnable_void co_return_void() |

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@@ -27,7 +27,6 @@ invalidOverlap
nonUniqueEnclosingIRFunction
fieldAddressOnNonPointer
thisArgumentIsNonPointer
| ir.cpp:2546:34:2546:34 | Call: call to operator bool | Call instruction 'Call: call to operator bool' has a `this` argument operand that is not an address, in function '$@'. | ir.cpp:2545:6:2545:23 | void this_inconsistency(bool) | void this_inconsistency(bool) |
nonUniqueIRVariable
| coroutines.cpp:87:20:87:20 | VariableAddress: (unnamed local variable) | Variable address instruction 'VariableAddress: (unnamed local variable)' has no associated variable, in function '$@'. | coroutines.cpp:87:20:87:33 | co_returnable_void co_return_void() | co_returnable_void co_return_void() |
| coroutines.cpp:87:20:87:20 | VariableAddress: (unnamed local variable) | Variable address instruction 'VariableAddress: (unnamed local variable)' has no associated variable, in function '$@'. | coroutines.cpp:87:20:87:33 | co_returnable_void co_return_void() | co_returnable_void co_return_void() |

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@@ -1 +0,0 @@
semmle-extractor-options: -D__x86_64=1

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@@ -1,2 +0,0 @@
| test.cpp:3:11:3:15 | local | Variable 'local' is not initialized. |
| test.cpp:12:5:12:24 | uninitialised_global | Variable 'uninitialised_global' is not initialized. |

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@@ -1 +0,0 @@
Critical/NotInitialised.ql

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@@ -1,20 +0,0 @@
void test1() {
int local;
int x = local; // BAD
static int static_local;
int y = static_local; // GOOD
int initialised = 42;
int z = initialised; // GOOD
}
int uninitialised_global; // BAD
static int uninitialised_static_global; // GOOD
int initialized_global = 0; // GOOD
void test2() {
int a = uninitialised_global;
int b = uninitialised_static_global;
int c = initialized_global;
}

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@@ -3,7 +3,7 @@
void C6317_positive(int i)
{
if (i & !FLAGS) // BUG
if (i & !FLAGS) // BUG
{
}
}
@@ -71,22 +71,3 @@ void macroUsage(unsigned int arg1, unsigned int arg2)
}
}
void bool_examples(bool a, bool b)
{
if (a & !b) // dubious (confusing intent, but shouldn't produce a wrong result)
{
}
if (a & ~b)
{
}
if (a && ~b)
{
}
if (a && !b)
{
}
}

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@@ -14,4 +14,3 @@
| IncorrectNotOperatorUsage.cpp:48:9:48:18 | ... \| ... | Usage of a logical not (!) expression as a bitwise operator. |
| IncorrectNotOperatorUsage.cpp:49:9:49:20 | ... \| ... | Usage of a logical not (!) expression as a bitwise operator. |
| IncorrectNotOperatorUsage.cpp:70:10:70:34 | ... \| ... | Usage of a logical not (!) expression as a bitwise operator. |
| IncorrectNotOperatorUsage.cpp:77:9:77:14 | ... & ... | Usage of a logical not (!) expression as a bitwise operator. |

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